482 of 482 FILES
16.13G • 46 agencies
- PDF32p
- PDF30p
Aatip Dird Documents 2018 2019 Dird 34 Dird Cognitive Limits On Simultaneous Control Of Multiple Unmanned Space
- PDF54p
Aatip Dird Documents 2018 2019 Dird 35 Dird Quantum Computing And Utilizing Organic Molecules In Automation Tec
- PDF51p
Aatip Dird Documents 2018 2019 Dird 36 Dird Quantum Tomography Of Negative Energy States In The Vacuum
- PDFDefense Intelligence Agency (DIA)57p
AATIP's Breakthrough Flight Cockpit Analysis
DIA AATIP Defense Intelligence Reference Documents (38 DIRDs), FOIA Release, DIRD_28-DIRD_Cockpits_in_the_Era_of_Breakthrough_Flight_text.pdf
DIA Defense Intelligence Reference Document DIA-08-1011-002, dated 1 November 2010, proposes a provisional cockpit design for hypothetical breakthrough-propulsion craft capable of gravity/inertia control and faster-than-light flight.
- breakthrough propulsion
- warp drive
- faster-than-light
- PDFDefense Intelligence Agency (DIA)77p
AATIP's Laser-Powered Nanosatellite Study, DIRD 27
DIA AATIP Defense Intelligence Reference Documents (38 DIRDs), FOIA Release, DIRD_27-DIRD_Laser_Lightcraft_Nanosatellites.pdf
DIA Defense Intelligence Reference Document DIRD-27, dated 01 November 2010, surveying laser-lightcraft propulsion for sub-10-kg nanosatellites under the AAWSA/AATIP program.
- AAWSA
- AATIP
- DIRD
- PDFDefense Intelligence Agency (DIA)37p
Advanced Nuclear Propulsion for Deep Space Missions, DIRD 11
DIA AATIP Defense Intelligence Reference Documents (38 DIRDs), FOIA Release, DIRD_11-DIRD_Advanced_Nuclear_Propulsion_for_Manned_Deep_Space_Missions.pdf
DIA Defense Intelligence Reference Document DIA-08-1003-007 (March 2010), authored under the AAWSA Program, lays out a deuterium-fueled thermonuclear propulsion concept for manned deep-space missions, including reaching the Einstein gravitational lens focus at 550 AU.
- DIRD
- AAWSAP
- AATIP
- PDFDefense Intelligence Agency (DIA)32p
Advanced Propulsion Study, DIA Defense Intelligence Reference
DIA AATIP Defense Intelligence Reference Documents (38 DIRDs), FOIA Release, DIRD_33-DIRD_MHD_Air_Breathing_Propulsion_and_Power_for_Aerospace_Applications.pdf
DIA Defense Intelligence Reference Document DIA-08-1011-006, dated 21 November 2010, surveys magnetohydrodynamic (MHD) air-breathing propulsion and power concepts for hypersonic and spaceflight applications under the AAWSA program.
- MHD propulsion
- weakly ionized plasma
- hypersonic flight
- PDFDefense Intelligence Agency (DIA)17p
Advanced Propulsion Via Vacuum Spacetime Metric Engineering
DIA AATIP Defense Intelligence Reference Documents (38 DIRDs), FOIA Release, DIRD_15-DIRD_Advanced_Space_Propulsion_Based_on_Vacuum_Spacetime_Metric_Engineer.pdf
DIA Defense Intelligence Reference Document DIA-08-1003-015 (29 March 2010), prepared under the AAWSA program, surveys how engineering the spacetime metric could in principle yield propulsion, time-rate, mass, and gravity effects for advanced aerospace craft.
- AAWSAP/AATIP
- DIRD
- spacetime metric engineering
- VIDDepartment of War4:59
AFRICOM Five-Second Transit Infrared October 2020
DOW-UAP-PR081, "18 Oct 2020 [CALLSIGN] observes UAP"
An AARO-released Department of War file describing a 4-minute, 59-second infrared video, uploader-titled "18 Oct 2020 [CALLSIGN] observes UAP," assessed as likely from a U.S. military sensor in the AFRICOM area of responsibility in 2020.
- infrared video
- area of contrast
- AFRICOM
- VIDDepartment of War4:57
AFRICOM One-Second Frame Transit October 2020
DOW-UAP-PR082, "16 OCT 2020 [CALLSIGN] views UAP"
A Department of War / AARO release describing a 4-minute, 46-second infrared video titled "16 OCT 2020 [CALLSIGN] views UAP," assessed to come from a U.S. military platform operating in AFRICOM in 2020.
- infrared
- AFRICOM
- 2020
- VIDDepartment of War0:18
AFSOC Kabul 17-Second Infrared Clip July 2017
DOW-UAP-PR064, "AFSOC Kabul UAP Jul 2017"
A Department of War / AARO release of a 17-second infrared video, uploader-titled "AFSOC Kabul UAP Jul 2017," responsive to a March 2026 congressional request for 51 potential UAP records.
- infrared video
- area of contrast
- CENTCOM
- PDFU.S. Air Force0.0M
Air Force Announcement of Termination of Project Blue Book, Project Blue Book Records, National Archives Research Page.html
December 17, 1969 Air Force announcement terminating Project Blue Book, citing the Condon Report's conclusions.
- Project Blue Book
- Condon Report
- program termination
- PDFDepartment of War181p
Air Force Mode-5 Launch Failure Statistics, 1996
DOW-UAP-D48, Department of the Air Force Report, 1996
A 1996 Research Triangle Institute final report for the Air Force's 30th and 45th Space Wings on modeling unlikely space-booster failure responses (Mode-5) in launch-area risk calculations using program DAMP.
- launch risk
- booster failure modeling
- Atlas
- PDFUSAF Secretary4p
Air Force Regulation 200-2, Unidentified Flying Objects Reporting (1954 edition)
The 12 August 1954 edition of Air Force Regulation 200-2, the standing USAF rule that governed how every Air Force activity reported unidentified flying objects and restricted public release of UFO information.
- AFR 200-2
- 1954
- USAF reporting policy
- PDFDepartment of War28p
Air Materiel Command's Disc Files, 1946-47
18_100754_ General 1946-7_Vol_2
Air Materiel Command correspondence from late 1947 that includes General Twining's September 23 1947 opinion calling the flying-disc phenomenon "something real and not visionary or fictitious" and the December 30 1947 directive establishing Project SIGN.
- disc
- 1947
- Project SIGN
- VIDAll-domain Anomaly Resolution Office (AARO), U.S. Department of Defense364.6M
Al Taqaddum Jellyfish Video, AARO Launch Batch
AARO Website Launch with Initial UAP Case Resolution Reports and Videos, DOD_110956846.mp4, Al Taqaddum Jellyfish Object video
Video asset DOD_110956846.mp4 released alongside AARO's August 2023 launch of aaro.mil, showing the Al Taqaddum, Iraq jellyfish-shaped object case.
- jellyfish-shaped object
- Al Taqaddum
- Iraq
- PDFNASA11p
Aldrin's Three Apollo 11 Anomalies, Debriefing
NASA-UAP-D4, Apollo 11 Technical Crew Debriefing, 1969
Excerpt from the Apollo 11 Technical Crew Debriefing (July 31, 1969) in which Buzz Aldrin describes three in-flight observations: an unidentified object near the Moon, flashes of light inside the cabin, and a bright light on the return leg tentatively guessed to be a laser.
- Apollo 11
- lunar mission
- 1969
- VIDDepartment of War0:47
ANG F-16C Shoots Down UAP Lake Huron 2023
DOW-UAP-PR071, "USAF ANG F-16C (callsign [CALLSIGN]) Shoots Down UAP over Lake Huron with [Weapon System], 12 Feb 2023"
An AARO-released Department of War record describing a 46-second infrared video, titled by its uploader as a USAF Air National Guard F-16C shooting down a UAP over Lake Huron on 12 Feb 2023, recovered from a classified network with no substantiated chain-of-custody.
- infrared video
- Lake Huron
- F-16C
- AUDNASA7:50
Apollo 12 Cosmic Ray Retinal Flash Medical Debriefing
NASA-UAP-D008, Apollo 12 Medical Debriefing - Tape 12, 1969
A NASA medical debriefing tape (Tape 12) from the 1969 Apollo 12 mission in which the three crew members describe seeing unexplained light flashes while trying to sleep in the dark.
- light flashes
- streaks of lights
- Apollo 12
Full transcript80 segments
[00:00:00,000] Listen, we read this paragraph in here about these quotes "coronal discharges" that you [00:00:08,560] guys were seeing and that completely stops us. Tell us how this came about and who talked [00:00:16,820] to you about and what you saw. [00:00:18,800] They recorded it on, or somebody recorded it on one of the earlier plays that some guy [00:00:25,400] have like a letter to his paper or somewhere and he gives it to the enemy in the case of [00:00:29,400] that two things, whether we hate that radio device which could be two charges for some [00:00:34,920] places to play. And the other one where I thought he was like, "You know what, you [00:00:39,200] don't like to stand there for it to be as planned as you want to face it, man. It's nice [00:00:43,120] with your eyes, folks. But no, you know, it wasn't your eyes. Thanks for having me. [00:00:46,840] They noticed that when they were away, they'd make the spacecraft look dark and they thought [00:00:51,000] they were in the spacecraft. But whoever this guy wants to know, that's a personally known [00:00:56,060] phenomenon. You can get this guy from the right, from gamma rays or something. So they [00:01:02,040] had it once you think, "Would we hold our eyes and face to move?" You know, what we [00:01:07,160] were orbiting is because it would be more, you'd get less discharges, faces to move [00:01:12,120] them away from them. But, you know, that's the main way to do the moon or anywhere. The [00:01:17,320] first night happening, and it gets, it gets, it gets, keep your eyes closed as you're [00:01:22,320] awake down there and it's dark and you think about it. But it happens to be a good drag [00:01:26,880] because you can sit down and it's one eye. It's the side of this drag, you can see it's [00:01:30,860] both eyes. You can really do it with one eye or the other eye. And you can see what point [00:01:35,480] it is. We had two times. I guess the part is, well, either it's right, the eyeball, perpendicular [00:01:40,420] or the interior is parallel. And we could either a flag like that or we'd get a streak. [00:01:47,960] And I knew the design of a baby on the bed or a tree. And I, for some reason, got a more [00:01:55,200] with my last eyes. And my right eyes. I could tell which eye it was. And I was not too quick [00:02:00,800] not to. I'm trying to tell the reason you did it because it, where he's left, was always [00:02:05,840] out of that size of a space dress. And I got a whip on the cross. They're not all the [00:02:11,840] light ones in my eyes. Yeah. [00:02:14,840] Hey, my client over at the back of the line, I slipped out of my eye. They should have protected [00:02:23,840] you, Dick. They should have all, they should have picked them all up. [00:02:26,840] I'm trying to say, I'm trying to say it's because we were asked to specifically experiment with [00:02:33,840] the other guys. I remember their conversation about it. [00:02:51,840] They thought it was something, you know, penetrating the spacecraft. Right. What piece is right is the [00:02:58,840] spacecraft that I'm at, all three of us don't feel the light. There's a flag out there. [00:03:03,840] Or sometimes it'd be up on the street. And I saw them in both eyes either. I, I can't remember. [00:03:10,840] It was one of the more predominant getting at it. But I agree with you, the problem is [00:03:15,840] you're not seeing them in both eyes. It's not something external to you. There's something [00:03:20,840] that's in terms of getting them started. [00:03:22,840] I'm going to talk to you, Dick, why don't they know that? [00:03:28,840] Well, we've been looking for cosmic rays, you know, cosmic ray strikes and heavy, heavy particles, [00:03:35,840] heavy nuclei that go through. You know, we started a clear back in Mercury taking photographs [00:03:40,840] of the retina to see if you could see streaks across the retina stuff. We never could [00:03:44,840] find any in there. And so we stopped that up early in, well, by the end of the... [00:03:51,840] Your eye is, what, a fan of the dealer on your body? And if it's doing anything, you're never going to see it. [00:03:56,840] But if I can get a guy back earlier, I'm going to see it. [00:03:58,840] I'm going to get photographs of right after a sparkle with the body. [00:04:01,840] Well, probably what, what it's doing anyway, it's probably hitting just a single cell. [00:04:05,840] And yeah, that's all it have to do, particularly make this flesh. You know, you hit a single cell. [00:04:11,840] I saw one night, so I was looking at the MGC, a handrail, a couple bucks. [00:04:16,840] And one right right left, I don't know whether it went here, you know, right, very long on a handrail. [00:04:21,840] That's about that. That's this. And I just had to be looking at that. [00:04:26,840] And I'm just going to almost see him as well. That's your eye where you just lie there. [00:04:29,840] He's pulling your eyes. What if they don't want to be able to yell with my eye and he hasn't already seen it. [00:04:35,840] You just believe it. It hurts. [00:04:38,840] That's not the first night. [00:04:40,840] And I know that now they're, hey, I'm continuing to bring a lot of information. [00:04:45,840] They're going to want to be a hard guy. They've seen him and got plenty of information. [00:04:50,840] They've just been able to make him wake up a night and say, "Well, I think I'll be able to close your eyes on those things and come about one minute." [00:04:57,840] Let me ask you one more question about heart. Oh, here. [00:05:06,840] Where's the random distribution of these two? [00:05:10,840] Okay. Were these things random? [00:05:18,840] Or did they all seem to be in one direction, like were they always horizontal or were they at random? [00:05:23,840] They could be at any kind of angle. [00:05:25,840] So the streets I saw were minus one, well, I saw a 4-1. I've got to say, that's just this thing, Mike. [00:05:38,840] It seemed to be, I had the impression that they were always roughly in the same place in mind where the horizontal streets were always, but if I knew where I was looking, it'd always be like a horizontal street with a little bit above the center. [00:05:46,840] And it always came to me and went from right to left, and I went right with it. The disc charges were more important than the center, and it would be different. [00:05:58,840] It was just like a pin point of light when they closed again. [00:06:02,840] Like somebody was flashing a light at you. [00:06:06,840] That's right. It was not too big a light at you. [00:06:10,840] It was a very small light. It was a good point. [00:06:18,840] That's about the same for both of you? Is that the same reaction you had, Dick, and Hal, the way he described it? [00:06:28,840] Yeah, I remember when he was about 30 degrees or so, I didn't know it was going from the right or left. [00:06:42,840] That's pretty impressive. They seem to appear about the same place. [00:06:49,840] They were generally opposed by those. It was generally fine. I don't know. I can't include any other. I can't remember. [00:06:59,840] I just don't remember the idea of being down on the floor as part of the stadium. [00:07:04,840] You see, Dick's telling you that this guy is open, and other things that he's centered on, the lights on the instrument panel. [00:07:21,840] I used to notice that the lights down there didn't leave a bag of a pitch black down there in the hole. [00:07:26,840] And either open up or fold them and wait if you're not there for a while, you can get one. And then I sit there for a while and say that there's a little left eye on the right. [00:07:35,840] I think you'll always sort it out. But when you're out, we're not able to do it. [00:07:40,840] Now you know what you do when you're supposed to be sleeping on it. [00:07:43,840] Yeah. [00:07:47,840] There was a comment that...
- IMGNASA2.5M
Apollo 12 Lunar Photo, Five Annotated Areas
NASA-UAP-VM5, Apollo 12, 1969
NASA archival Apollo 12 photograph of the lunar horizon with five highlighted areas of interest labeled Area 1 through Area 5, marking unidentified phenomena visible above the horizon.
- lunar
- Apollo 12
- 1969
- IMGNASA2.3M
Apollo 12 Lunar Photo, Left-of-Center Annotation
NASA-UAP-VM4, Apollo 12, 1969
NASA archival photograph from the Apollo 12 lunar landing site (1969) with a highlighted area above the horizon flagged as containing unidentified phenomena.
- lunar
- Apollo 12
- 1969
- IMGNASA2.4M
Apollo 12 Lunar Photo, Right-Edge Annotation
NASA-UAP-VM3, Apollo 12, 1969
A NASA Apollo 12 archival photograph of the lunar surface, modified with a highlight marking an area of interest above the horizon where unidentified phenomena are visible.
- lunar
- Apollo 12
- 1969
- IMGNASA2.5M
Apollo 12 Lunar Photo, Two Annotated Areas
NASA-UAP-VM2, Apollo 12, 1969
A NASA archival photograph from the Apollo 12 landing site annotated with two highlighted regions above the lunar horizon labeled Area 1 and Area 2, flagged for unidentified phenomena.
- Apollo 12
- lunar surface
- 1969
- IMGNASA2.4M
Apollo 12 Lunar-Surface Photo, Annotated
NASA-UAP-VM1, Apollo 12, 1969
A NASA archival Apollo 12 photograph of the lunar surface with a highlighted area above the horizon containing unidentified phenomena, released as part of the May 2026 Department of War UFO disclosure index.
- lunar surface
- Apollo 12
- 1969
- PDFNASA4p
Apollo 12 Tracking-Light Disagreement, Lunar Orbit
NASA-UAP-D1, Apollo 12 Transcript, 1969
Excerpt of the Apollo 12 air-to-ground voice transcript in which Lunar Module Pilot Alan Bean and Commander Pete Conrad describe unidentified particles and lights observed near the spacecraft on November 1969 mission days 5 and 6.
- lunar
- particles
- flashes of light
- AUDNASA55:41
Apollo 16 Debriefing, 'Alien Star Base' Aside
NASA-UAP-D025, “Apollo 16 Scientific Debriefing”
NASA-UAP-D025 is an Apollo 16 scientific debriefing transcript in which NASA personnel reviewed lunar photography, laser altimeter, sub-satellite, particle, and magnetometer results, including one joking reference to an "alien star base" during a discussion of Van de Graaff-area magnetic and laser correlations.
- Apollo 16
- Houston
- Moon
- AUDNASA4:36
Apollo 17 Bright Angular Particles Near S-IVB 1972
NASA-UAP-D009, Apollo 17 Audio Excerpt, December 7, 1972
A NASA Apollo 17 audio excerpt from December 7, 1972 in which the crew report and describe small drifting lights seen outside the spacecraft during transit to the moon.
- lights
- particles
- cislunar space
Full transcript32 segments
[00:00:00,000] After you, uh, very bright particles are fragmented, there's something that, uh, go drifting by as we've been over. [00:00:08,000] I do understand. [00:00:11,000] There's a whole bunch of big ones on my window there. It's just bright. Looks like the 4th of July out of Ron's window. [00:00:24,500] Yeah, and they see some of them in shape. They're very, uh, jagged, angular, uh, fragments of their tumbling. [00:00:30,500] Do they look like fluid or some certain? [00:00:34,500] Not too many. They look like pieces or something now. [00:00:38,500] Oh, Roger. [00:00:40,500] They're very bright. [00:00:42,500] Jack, we like comedy, Charlie. [00:00:54,500] [sound of a machine running] [00:01:24,500] [sound of a machine running] [00:01:54,500] [sound of a machine running] [00:02:10,500] Well, for the most part, these fragments are not, uh, they are tumbling at a very slow rate. [00:02:19,500] I've tried a couple pictures of them, uh, different settings. You may get an idea of what, uh, leaves the patterns look like. [00:02:25,500] Roger, I got you. We're all ears on these fragments. Do you think they can figure out what they might be? [00:02:30,500] Well, you know, I don't know. I have a number of possibilities. If you had some kind of, uh, I got the impression maybe they were curved a little bit as if they might be, uh, off the side of the S4B. That's a wild guess. [00:02:47,500] They are just, uh, much a good choice. I can't move possibly, and maybe there's paint coming off of it. [00:02:52,500] Right, I noticed on one chip that the elevator last week, uh, one of the flags, uh, I thought it was an S2, but it might be an S4 look like we're stealing, maybe that's what you got. [00:03:00,500] And the S4B maneuver is complete. [00:03:08,500] Okay, well, so two o'clock. Okay, and the, um, maneuver complete. The fragment field is, uh, since we static, except for very slight tumbling within the fragments. [00:03:17,500] Roger, cover that. [00:03:20,500] Every once in a while, a fragment, uh, considerably higher velocity than the others goes, uh, across my window. But that's very rare. [00:03:28,500] Roger. [00:03:39,500] Okay, that's that, uh, field of view, I saw, um, I wouldn't back, you see it now. [00:03:43,500] Yeah. [00:03:45,500] And Bob, uh, at least there's no apparent relative motion between fragments. [00:03:54,500] I didn't see it. [00:03:57,500] I'll take, uh, two pictures about, uh, minute apart if I can, and it'll be frame 70. [00:04:09,500] Okay, frame 70. [00:04:11,500] And Bob, uh, his genome, my impression is that they are, uh, flat, flake-like particles, some, uh, maybe six inches across. [00:04:22,500] And, uh, although there's no relative motion between it to, uh, most of them seem to be, uh, twinkling. [00:04:31,500] And I think, for the most part, they're all moving away from us.
- PDFNASA16p
Apollo 17 Three-Day Anomaly Transcript
NASA-UAP-D2, Apollo 17 Transcript, 1972
Excerpt from the Apollo 17 Technical Air-to-Ground Voice Transcription (December 1972) capturing three crew sightings of unidentified phenomena en route to and around the Moon.
- Apollo 17
- Moon
- 1972
- IMGNASA1.7M
Apollo 17 Triangular Three-Dot Anomaly Photo
NASA-UAP-VM6, Apollo 17, 1972
DOW opened a PURSUE case on a December 1972 Apollo 17 NASA photograph showing three dots in a triangular formation in the lower right quadrant of the lunar sky.
- triangular formation
- three dots
- lunar sky
- PDFNASA3p
Apollo 17 UV Hot-Star Spectrum Anomaly
NASA-UAP-D5, Apollo 17 Crew Debriefing for Science, 1973
Excerpt from the Apollo 17 Crew Debriefing for Science (January 8, 1973) in which co-investigator Dick Henry reports an unexplained ultraviolet spectrum observed at high galactic latitudes that resembles hot-star light yet has no hot stars in the field of view.
- Apollo 17
- 1973
- UV astronomy
- PDFDepartment of War25p
Army Evaluates 210 Flying Saucer Incidents, Clears Russia
DOW-UAP-D084, US Army-Flying-Saucer-Study_1949
A 1949 U.S. Army Intelligence Division evaluation study of flying saucer reports, requested by the Plans & Operations Division to determine whether the sightings stemmed from natural phenomena or foreign-power activity.
- flying saucers
- 1949
- continental US
- VIDDepartment of War4:59
August 31 CENTCOM Multi-Object Infrared Part One
DOW-UAP-PR088, "31 AUG [CALLSIGN] [CALLSIGN] Observes UAP"
A Department of War (AARO) release describing an infrared video, uploader-titled "31 AUG 2020 [CALLSIGN] [CALLSIGN] Observes UAP," likely captured by a U.S. military sensor in the CENTCOM area of responsibility in 2020.
- infrared video
- areas of contrast
- CENTCOM
- VIDDepartment of War4:59
August 31 CENTCOM Multi-Object Infrared Part Two
DOW-UAP-PR089, "31 AUG [CALLSIGN] [CALLSIGN] Observes UAP part2"
An AARO release of a 4 minute 58 second infrared video, uploader-titled "31 AUG 2020 [CALLSIGN] [CALLSIGN] Observes UAP part2," assessed as likely from a U.S. military sensor operating in the CENTCOM area of responsibility in 2020.
- infrared sensor
- areas of contrast
- CENTCOM
- PDFCIA19p
Blue Book's Stronger Reports Yielded More Unknowns
CIA-UAP-019, Australian Dept of Defense Scientific and Intel Aspects of the UFO Problem
A 1971 Australian defense intelligence review argues that the public USAF Project Blue Book record did not match the deeper intelligence and scientific questions raised by UFO reporting.
- Project Blue Book
- Robertson Panel
- 1952 Washington sightings
- PDFDepartment of War6p
Blue Triangle Near Security Site, March 2023
DOW-UAP-D51, Email Correspondence, Pacific Time Zone, March 2023
Email correspondence between an OUSD(I&S) disclosure analyst and AFOSI on processing an UNCLASSIFIED summary of a March 2023 civilian sighting of a large blue triangular object hovering near a national security facility in the Pacific Time Zone.
- triangle
- blue light
- hover
- PDFCIA3p
Bluebook's Hundred Cameras, Ninety Percent Failure
CIA-UAP-007, Current Status Of Unidentified Flying Objects (UFO) Project.
A 17 December 1953 CIA Office of Scientific Intelligence memo giving the Assistant Director a status update on the Air Force UFO project and related foreign activity.
- UFOB
- Project Bluebook
- Project STORK
- VIDNASA0:29
Borman's 'Bogey,' Gemini 7 Audio 1965
NASA-UAP-D3A, Gemini 7 Audio Excerpt, 1965
Audio excerpt of Gemini 7 air-to-ground communications in which astronaut Frank Borman reports an unidentified object, called a 'bogey,' to Houston on December 5, 1965, with additional comments from crewmate Jim Lovell.
- Gemini 7
- 1965
- Low Earth Orbit
Full transcript29 segments
[00:00:00,000] Shall we control here again? Earlier in the flight you'll recall at the start of the second [00:00:06,800] revolution. We had a reference to several objects that the crew spotted. This was in the area [00:00:14,360] of Antigua. Due to a mechanical breakdown, we did not have that portion of the tape available [00:00:23,120] for you. This was a line breakdown between Building 30 and our news center, Building 6. [00:00:33,420] Since then we have dubbed the tape off the master tape here in the control center, and [00:00:39,800] we are now prepared to play it for you. It contains references to citing not only some [00:00:46,920] particles, but as well as an unidentified object, plus the booster. Here's that tape. We'll [00:00:56,600] play it for you now. [00:00:59,720] This is Houston. Say again, 7. [00:01:19,660] We have 77. Is that the booster, or is that an actual sighting? Say again, 7. [00:01:48,260] Do you have any more information to estimate distance or size? We also have the booster [00:01:53,900] insight. I understand you also have the booster insight, Roger. We have very, very many [00:02:01,720] information to understand. I understand you have many small particles going by on the [00:02:18,700] left at what distance? Roger, I understand there are about 3-4 miles away. Roger, I understand [00:02:38,220] there were about 3-4 miles away. I understand there were about 3-4 miles away, and I understand [00:02:55,180] there were about 3-4 miles away. I understand there were about 3-4 miles away, and I understand [00:03:12,460] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:03:26,740] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:03:39,380] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:03:48,900] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:04:04,820] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:04:32,700] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:04:58,580] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:05:17,580] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:05:25,620] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:05:43,260] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:05:51,100] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:06:03,480] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand [00:06:10,420] there were about 3-4 miles away, and I understand there were about 3-4 miles away, and I understand
- PDFNASA4p
Borman's 'Bogey,' Gemini 7 Transcript 1965
NASA-UAP-D3, Gemini 7 Transcript, 1965
NASA transcript of Gemini 7 air-to-ground audio on December 5, 1965 in which Frank Borman reports a 'bogey at 10 o'clock high' plus a debris field of hundreds of particles, with Jim Lovell describing a brilliant tumbling body trailing trillions of particles.
- bogey
- debris field
- low Earth orbit
- VIDFBI2:43
Bright Light Becomes Multiple Rotating Orbs
FBI-UAP-PR001, “Triangle Orbs,” Northeastern United States, 2021
FBI-UAP-PR001 is a November 2021 FBI-associated video report in which a credible eyewitness in the northeastern United States recorded a bright near-horizon light that resolved into multiple rotating lights during a slow lateral movement.
- triangle lights
- bright light
- rotational motion
- PDFCIA3p
Budapest Family Letter, Formation Flight Toward Moscow
CIA-UAP-018, Report of Unusual Flying Object Sightings and Attendant Scientific Activity
CIA-UAP-018 is a 1955 CIA information report forwarding a Budapest family letter that described weeks of so-called saucer sightings over Hungary and claimed the objects moved at 12,000 kilometers per hour.
- Hungary
- Budapest
- 1955
- AUDNASA1:49
Carpenter Aurora 7 Snowflake Particles Faster Than Spacecraft
NASA-UAP-D013, Mercury Atlas 7, May 24, 1962
A NASA file documenting Mercury-Atlas 7 (Aurora 7) pilot Scott Carpenter's May 24, 1962 orbital observations of white particles moving at random that he compared to snowflakes.
- white particles
- snowflakes
- low Earth orbit
Full transcript12 segments
[00:00:00,000] I have the more of the white party coast in view below the capsule. [00:00:09,000] They appear to be traveling exactly my speed. There is one drifting off. [00:00:18,000] Uh, it's going faster than I am. It's a better thing. [00:00:25,000] Roger, understand. I haven't seen the great numbers of these particles, but I've seen a few of them. [00:00:34,000] Their motion is random. They look exactly like snowflakes to me. [00:00:42,000] Roger, have you, uh, tried to return? Negative, let me, uh, get within scanner limits first. [00:00:52,000] Say it. I must adjust my attitude, uh, to within scanner limits first. Roger. [00:01:22,000] There were some more of those, uh, little party coast. They definitely look like snowflakes this time. [00:01:38,000] Uh, Roger, I understand your pointing will look like definite snowflakes. [00:01:44,000] Uh, however it's... [00:01:46,000] Is that... [00:01:47,000] Uh, Roger...
- PDFAll-domain Anomaly Resolution Office (AARO), U.S. Department of Defense2p
Case Resolution of 'Western United States UAP'
AARO's 8 May 2023 case-resolution report concluding that five equidistant lights reported by military personnel in restricted Western U.S. airspace in 2021 were almost certainly commercial aircraft up to 300 nautical miles from the infrared sensor.
- case resolution
- infrared sensor
- commercial aircraft
- VIDDepartment of War4:58
CENTCOM Active from 01:15 August 2020
DOW-UAP-PR090, "24 AUG 2020 [CALLSIGN] (Mission) Observes UAP"
A Department of War release of an infrared tracking video, uploader-titled "24 AUG 2020 [CALLSIGN] (Mission) Observes UAP," that AARO assesses likely came from a U.S. military IR sensor operating in the CENTCOM area of responsibility in 2020.
- infrared sensor
- area of contrast
- CENTCOM
- VIDDepartment of War4:44
CENTCOM Full-Motion Sensor Pans and Zooms September 2020
DOW-UAP-PR085, "16 Sept 2020 [CALLSIGN] [CALLSIGN] observes UAP"
An AARO-released Department of War video record, uploader-titled "16 Sept 2020 [CALLSIGN] [CALLSIGN] observes UAP," assessed as likely full-motion video from a U.S. military platform in the CENTCOM area of responsibility in 2020.
- area of contrast
- full-motion video
- CENTCOM
- VIDDepartment of War4:14
CENTCOM Full-Motion Two-Second Contrast September 2020
DOW-UAP-PR084, "17 Sept 2020 [CALLSIGN] observes UAP"
An AARO-released Department of War record describing a 4-minute, 13-second full-motion video titled "17 Sept 2020 [CALLSIGN] observes UAP," assessed as likely captured by a U.S. military platform over CENTCOM in 2020.
- CENTCOM
- 2020
- full-motion video
- VIDDepartment of War5:00
CENTCOM HD EO-IR Redacted Callsign Mission February 2020
DOW-UAP-PR094, "[CALLSIGN] (Mission) - HD 2020-02-13"
An AARO-released Department of War record describing a 4:59 electro-optical/infrared sensor video, uploader-titled "[CALLSIGN] (Mission) - HD 2020-02-13," likely shot from a U.S. military platform in CENTCOM in 2020.
- area of contrast
- electro-optical/infrared
- CENTCOM
- VIDDepartment of War4:51
CENTCOM Hi-Res Redacted Callsign 25 Sep 2019 1715Z
DOW-UAP-PR099, "Hi-Res: [CALLSIGN] Observes UAP on 25SEP19 at 1715Z"
A Department of War / AARO release of an infrared video, uploader-titled "Hi-Res: [CALLSIGN] Observes UAPs on 23SEP19 at 1715Z," assessed as likely from a U.S. military IR sensor over the CENTCOM area in 2019.
- infrared video
- areas of contrast
- CENTCOM
- VIDDepartment of War4:59
CENTCOM Hi-Res Redacted Callsign 25 Sep 2019 2135Z
DOW-UAP-PR097, "Hi-Res: [CALLSIGN] Observes UAP on 25SEP19 at 2135Z"
An AARO-released Department of War record describing a 2019 infrared video, uploader-titled "Hi-Res: [CALLSIGN] Observes UAP on 25SEP19 at 2135Z," likely from a U.S. military sensor in the CENTCOM area of responsibility.
- infrared video
- area of contrast
- CENTCOM
- VIDDepartment of War4:46
CENTCOM Infrared Multiple UAP Contacts June 2022
DOW-UAP-PR074, "[CALLSIGN] (Mission)HD_20220613"
An AARO-released Department of War infrared video record, uploader-titled "[CALLSIGN] (Mission)HD_20220613," assessed as likely from a U.S. military IR sensor over CENTCOM in June 2022.
- infrared sensor
- areas of contrast
- CENTCOM
- VIDDepartment of War4:53
CENTCOM Infrared Track Dual Redacted Callsigns August 2020
DOW-UAP-PR092, "08 AUG 2020 [CALLSIGN] [CALLSIGN] UAP observation"
An AARO-released Department of War record: a 4-minute-52-second infrared video, uploader-titled “08 AUG 2020 [CALLSIGN] [CALLSIGN] UAP observation,” assessed as likely from a U.S. military IR sensor operating in the CENTCOM area of responsibility in 2020.
- area of contrast
- infrared sensor
- CENTCOM
- VIDDepartment of War4:57
CENTCOM Infrared Tracks 57 Seconds January 2021
DOW-UAP-PR076, "03 January 2021 [CALLSIGN] (Mission) observes UAP"
An AARO release of a Department of War infrared video, uploader-titled "03 January 2021 [CALLSIGN] (Mission) observes UAP," assessed as likely captured by a U.S. military sensor over CENTCOM in January 2021.
- infrared
- area of contrast
- CENTCOM
- VIDDepartment of War4:34
CENTCOM Multi-Zoom Infrared Track October 2020
DOW-UAP-PR083, "7 October 2020 [CALLSIGN] observes UAP"
An AARO record-release entry for a 4-minute 34-second infrared video, uploader-titled "7 October 2020 [CALLSIGN] observes UAP," assessed as likely from a U.S. military platform's IR sensor in the CENTCOM area in October 2020.
- infrared sensor
- area of contrast
- CENTCOM
- VIDDepartment of War4:51
CENTCOM NAG Callsign Infrared Clip June 2020
DOW-UAP-PR059, "NAG UAP 1 Jun 20"
A Department of War / AARO release describing a 4-minute 51-second infrared video, uploader-titled "NAG UAP 1 Jun 20," assessed as likely from a U.S. military IR sensor operating in the CENTCOM area of responsibility in 2020.
- infrared sensor
- area of contrast
- CENTCOM
- VIDDepartment of War4:46
CENTCOM Spherical UAP April 2021 First Video
DOW-UAP-PR061, "Spherical UAP [CALLSIGN] 2021/04/12 vid 0"
A Department of War / AARO release of a 2021 infrared full-motion video, uploader-titled "Spherical UAP [CALLSIGN] 2021/04/12 vid 0," showing an area of contrast tracked by a U.S. military sensor in the CENTCOM area of responsibility.
- spherical UAP
- infrared sensor
- full-motion video
- VIDDepartment of War4:50
CENTCOM Spherical UAP April 2021 Second Object
DOW-UAP-PR060, "Spherical UAP [CALLSIGN] 2021/04/12 obj 2"
An AARO-released Department of War record describing a 4-minute 50-second infrared full-motion video, titled by its uploader "Spherical UAP [CALLSIGN] 2021/04/12 obj 2," likely captured by a U.S. military platform in the CENTCOM area in 2021.
- spherical UAP
- infrared sensor
- full-motion video
- VIDDepartment of War4:50
CENTCOM Spherical UAP April 2021 Second Video
DOW-UAP-PR062, "Spherical UAP [CALLSIGN] 2021/04/12 vid 1"
A Department of War / AARO release of a 4-minute 49-second infrared full-motion video, uploader-titled "Spherical UAP [CALLSIGN] 2021/04/12 vid 1," assessed as likely captured by a U.S. military platform in the CENTCOM area of responsibility in 2021.
- spherical UAP
- infrared
- full-motion video
- VIDDepartment of War4:49
CENTCOM Spherical UAP April 2021 Third Video
DOW-UAP-PR063, "Spherical UAP [CALLSIGN] 2021/04/12 vid 2"
An AARO video record (DOW-UAP-PR063) of a spherical UAP captured by a U.S. military platform's infrared full-motion video sensor over CENTCOM in 2021, released by the Department of War on May 22, 2026.
- sphere
- infrared sensor
- full-motion video
- VIDDepartment of War4:01
CENTCOM Three Fast-Moving Objects October 2020
DOW-UAP-PR079, "29 October 2020 [CALLSIGN] (Mission) observes 3 fast moving UAP's"
An AARO-released Department of War record describing a four-minute infrared video, uploader-titled "29 October 2020 [CALLSIGN] (Mission) observes 3 fast moving UAP's," assessed as likely from a U.S. military sensor in the CENTCOM area of responsibility in October 2020.
- fast-moving UAP
- infrared
- CENTCOM
- VIDDepartment of War4:54
CENTCOM Three Timed Transits September 2020
DOW-UAP-PR087, "05 September 2020 [CALLSIGN] UAP"
An AARO disclosure release describing a 4-minute, 54-second infrared video, titled by its uploader "05 September 2020 [CALLSIGN] UAP," likely from a U.S. military sensor in the CENTCOM area of responsibility in 2020.
- infrared sensor
- area of contrast
- CENTCOM