Aguadilla UAP Incident

Aguadilla UAP Incident

On the night of April 25, 2013, a routine customs and border patrol flight along the northwestern coast of Puerto Rico captured something that would challenge the assumptions of aeronautical engineers, physicists, and intelligence analysts alike. A U.S. Department of Homeland Security DHC-8 Turboprop aircraft, equipped with a sophisticated infrared thermal imaging camera, recorded approximately three minutes of footage showing an unidentified object traveling at significant speed, displaying no heat signature whatsoever, appearing to split into two distinct objects, and then plunging into the Atlantic Ocean—only to emerge again and continue its flight. The Aguadilla incident stands as one of the most compelling and thoroughly analyzed UAP cases in modern history, not least because the footage was captured by government equipment operated by trained personnel, and the object demonstrated what researchers now call “trans-medium” capability—the apparent ability to operate seamlessly in both air and water.

Rafael Hernández Airport: An Uneasy History

To appreciate the full significance of the Aguadilla incident, one must first understand the location where it occurred. Rafael Hernández Airport sits on the site of the former Ramey Air Force Base, a Strategic Air Command installation that played a critical role during the Cold War. From the 1930s through its closure in 1973, Ramey served as a forward operating base for nuclear-armed B-52 bombers tasked with monitoring Soviet submarine activity in the Caribbean and Atlantic. The base housed some of the most sensitive military operations in the Western Hemisphere, and its radar and surveillance capabilities were among the most advanced of their era.

The broader region of northwestern Puerto Rico has long been associated with unusual aerial and maritime phenomena. Local fishermen and residents have reported strange lights over the water, objects entering and exiting the ocean, and unexplained radar returns for decades. Whether these reports are connected to the area’s military history, its geography, or something else entirely remains a matter of debate. What is certain is that when the crew of a DHS aircraft spotted something unusual near the airport on that April night, they were not the first to witness something strange in the skies above Aguadilla.

The airport itself occupies a strip of land along the coast, with the Caribbean Sea to the north and west and the town of Aguadilla to the south and east. The runway extends close to the shoreline, and aircraft on approach or departure routinely pass over open water. This proximity to the ocean would prove crucial to the events of April 25, as the object captured on video demonstrated an apparent indifference to the boundary between air and sea that defines the limits of conventional aircraft.

The Night of April 25

The DHC-8 aircraft was conducting a routine patrol mission along the coast when the crew first detected the object. At approximately 9:20 PM local time, an object was observed approaching from the north, heading roughly southward toward the airport. The crew activated the aircraft’s thermal imaging system—a FLIR (Forward Looking Infrared) camera capable of detecting heat signatures across a wide temperature range—and began recording.

What the camera captured defied easy explanation. The object appeared as a dark spot against the warmer background of the landscape and ocean, indicating that it was significantly cooler than its surroundings. In thermal imaging, objects that generate heat—engines, exhaust, friction from aerodynamic passage—appear bright against cooler backgrounds. Aircraft, helicopters, drones, birds, and even balloons carried by warm air currents all produce some form of thermal signature. This object produced none. It was cold, registering at or below ambient temperature, suggesting either an impossibly efficient propulsion system that generated no waste heat or something operating on principles entirely outside conventional engineering.

The object moved at speeds estimated between 80 and 120 miles per hour, fast enough to maintain deliberate and controlled flight but slow enough to be tracked by the FLIR camera over an extended period. Its trajectory was smooth and purposeful, not the erratic path of a wind-borne object or the predictable arc of a projectile. It appeared to be under intelligent control, navigating with precision around terrain features and maintaining a consistent altitude as it traveled across the landscape near the airport.

The crew tracked the object for over three minutes, capturing continuous thermal video footage. During this time, the object passed over populated areas, crossed the airport perimeter, and eventually made its way toward the ocean. The crew, trained observers accustomed to identifying aircraft, drones, birds, and other aerial objects, were unable to classify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

The Scientific Coalition Investigation

The Aguadilla footage eventually made its way to the Scientific Coalition for UAP Studies, commonly known as the SCU, a group of scientists, engineers, and analysts who apply rigorous scientific methodology to the study of unidentified aerial phenomena. The SCU undertook a comprehensive analysis of the footage that would become one of the most detailed examinations of a UAP case ever published.

The SCU team conducted frame-by-frame analysis of the thermal video, calculating the object’s speed, altitude, and trajectory using reference points visible in the footage—buildings, roads, terrain features, and the known geography of the Aguadilla area. They cross-referenced weather data for the date and time of the sighting, examining wind speeds, temperature, humidity, and atmospheric conditions that might explain the object’s behavior or thermal characteristics.

The analysts systematically evaluated and eliminated conventional explanations. Could the object have been a drone? Commercial drones available in 2013 could not achieve the speeds observed, did not possess trans-medium capability, and would have produced detectable thermal signatures from their motors and batteries. Could it have been a balloon? Balloons do not travel at 80 to 120 miles per hour against prevailing winds, do not split into two objects, and do not enter and exit water. Could it have been a bird or group of birds? Birds produce body heat visible on FLIR, do not typically fly at the speeds recorded, and do not submerge and re-emerge from the ocean while maintaining aerial-speed flight.

Military explanations were also considered and found wanting. No known military drone or experimental aircraft possessed the combination of characteristics displayed by the Aguadilla object—cold thermal signature, trans-medium capability, object division, and spherical shape with no visible control surfaces. The SCU consulted with aerospace engineers and military aviation experts, none of whom could identify the object as any known platform.

The SCU published their findings in a detailed report that ran to over 160 pages, concluding that the object captured in the Aguadilla footage could not be explained by any known technology, natural phenomenon, or conventional aircraft type. The report stopped short of speculating on the object’s origin but emphasized that its demonstrated capabilities—particularly trans-medium travel and object division—represented technologies far beyond current human engineering.

Significance in the UAP Discourse

The Aguadilla incident gained renewed significance in the years following its occurrence, particularly as the broader conversation around UAP shifted from fringe speculation to mainstream scientific and governmental concern. When the New York Times published its landmark 2017 article revealing the Pentagon’s Advanced Aerospace Threat Identification Program, and when Navy pilots began publicly discussing their own encounters with unidentified objects, the Aguadilla footage was frequently cited as corroborating evidence that something genuinely anomalous was operating in American airspace and waters.

Several features of the Aguadilla case align with patterns observed in other high-profile UAP encounters. The object’s cold thermal signature mirrors reports from Navy pilots who described objects with no visible exhaust or heat emission. Its trans-medium capability echoes accounts of objects observed entering and exiting the ocean near military vessels. The spherical shape is consistent with one of the recurring morphologies reported in UAP sightings worldwide. These parallels suggest either a common phenomenon underlying multiple independent observations or a remarkable consistency in the characteristics of whatever is being witnessed.

The case also holds particular significance because of the quality and provenance of the evidence. The footage was captured by a U.S. government aircraft using calibrated military-grade thermal imaging equipment, operated by trained personnel conducting an official mission. This is not a shaky cellphone video or an ambiguous photograph—it is sustained, high-resolution infrared footage captured by a platform designed specifically for surveillance and object identification. The operators who recorded the footage were professionals whose job required them to distinguish between different types of aircraft, vessels, and objects on a daily basis, and they were unable to identify what they were seeing. The object matched nothing in their experience or training.

A Sphere Without Heat

Analysis of the footage would later reveal details about the object that deepened the mystery considerably. The object appeared to be roughly spherical in shape, with an estimated diameter of three to five feet. Its surface was uniform and featureless in the thermal spectrum, showing no protrusions, control surfaces, exhaust ports, or other features associated with conventional aircraft or drones. It appeared to be a smooth, cold sphere moving through the atmosphere at highway speeds with no visible means of propulsion.

The absence of a heat signature was particularly puzzling. Even passive objects moving through air at 80 to 120 miles per hour would generate some frictional heat detectable by a sensitive FLIR system. A balloon would show the temperature of the gas within it. A bird would radiate body heat. A conventional drone would produce heat from its motors, batteries, and electronic components. The Aguadilla object showed none of these signatures. It appeared thermally invisible, as if it were somehow decoupled from the normal physical interactions between a moving object and the atmosphere through which it travels.

The object’s flight characteristics were equally anomalous. It maintained consistent speed and altitude without the fluctuations that would be expected from a lighter-than-air craft affected by wind currents. It executed gentle turns that suggested controlled navigation rather than passive drift. At no point during the recorded footage did the object exhibit behavior consistent with any known aircraft type, drone model, or natural phenomenon catalogued by aviation authorities.

The Split

Perhaps the most extraordinary moment in the footage occurs when the object appears to divide into two separate objects. As the sphere travels over the landscape, it undergoes what analysts would later describe as a fission event—a single object becoming two distinct objects that continue to travel on similar but not identical trajectories.

The split is visible in the thermal footage as a smooth separation rather than a violent fragmentation. There is no explosion, no debris field, no flash of heat that would suggest a mechanical failure or breakup. Instead, the single cold sphere simply becomes two cold spheres, each approximately the same size as the original, each maintaining controlled flight. The two objects continue on roughly parallel paths, occasionally diverging slightly before reconverging, as if coordinating their movements.

This behavior has no parallel in conventional aviation or known drone technology. No aircraft or unmanned vehicle in any nation’s inventory is known to possess the ability to split into two functioning units during flight. Biological explanations—such as two birds flying in close formation that separate—are undermined by the objects’ consistent thermal characteristics and the fact that they were tracked as a single object before the division occurred. The split remains one of the most difficult aspects of the Aguadilla incident to explain through conventional means.

The two objects continued their flight together, maintaining coordinated movement as they approached the coastline. Whatever intelligence or programming governed the original object’s flight appeared to extend seamlessly to both post-division objects, suggesting either a shared control system or a level of autonomous coordination far beyond current technological capabilities.

Into the Water

What happened next elevated the Aguadilla incident from a puzzling aerial sighting to one of the most significant UAP cases ever recorded. The two objects, still traveling at speed, reached the Atlantic coastline and descended toward the ocean surface. Without any apparent deceleration, change in trajectory, or physical disruption, both objects entered the water.

In the thermal footage, the moment of ocean entry is remarkably undramatic. There is no splash visible in the infrared spectrum, no thermal bloom from impact energy, no disruption of the water surface that would be expected if solid objects traveling at nearly 100 miles per hour struck the ocean. The objects simply pass through the air-water boundary as if it were not there, transitioning from aerial flight to underwater travel with no observable transition period.

This trans-medium capability—the ability to operate in both air and water without modification or interruption—represents a profound technological challenge. The engineering requirements for aerial flight and underwater travel are fundamentally different. Aircraft rely on aerodynamic lift generated by wings or rotors moving through low-density air. Underwater vehicles must contend with water’s density, which is roughly 800 times that of air, requiring entirely different propulsion and control mechanisms. No known technology can transition between these two mediums without significant adaptation—folding wings, switching propulsion modes, adjusting control surfaces. The Aguadilla objects accomplished the transition instantaneously and without any observable change in their physical configuration.

After entering the water, the objects continued to be tracked by the FLIR camera, which could detect their thermal signatures—or rather, the absence of thermal signatures—through the relatively shallow coastal waters. The objects appeared to travel underwater for a distance before emerging again from the ocean surface, resuming aerial flight as effortlessly as they had abandoned it. This cycle of submersion and emergence was repeated, each transition as smooth and unremarkable as the last.

The term USO—Unidentified Submerged Object—has been used in paranormal and ufological literature for decades, but the Aguadilla incident provided some of the first high-quality instrumental evidence of an object demonstrating genuine trans-medium capability. The footage does not merely show something entering the water; it shows something operating in water with the same apparent ease and control it demonstrated in the air.

Sources

• Wikipedia search: “Aguadilla UAP Incident”
• CIA UFO/UAP Reading Room — Declassified CIA documents on UAP