How to Document a UFO Sighting: The Reporting Protocol That Makes Your Encounter Count
Most UFO Sightings Go Undocumented And Are Never Reported. Learn Exactly What To Do If You Encounter A UFO.
Most UFO sightings are never reported. Of those that are reported, most are documented so poorly that they contribute nothing to the research record. A genuine anomalous encounter, something that resists every conventional explanation, becomes investigatively useless within hours if the witness does not know what to capture, how to capture it, and where to send it afterward.
That is a problem worth solving. The investigative landscape around unidentified aerial phenomena has changed more dramatically in the last five years than in the previous fifty, and the official machinery now exists to receive, analyse, and act on civilian reports in ways that were not available to witnesses even a decade ago. What has not changed is the quality of most submitted evidence, which remains overwhelmingly inadequate for serious analysis.
This guide gives you the complete protocol. What to do in the first sixty seconds. What data points matter and how to capture them. How to write a report that researchers can actually use. And where to send it.
The Changed Landscape: Why Reporting Now Matters More Than Ever
The shift in the official treatment of UAP, unidentified aerial phenomena, the term that has substantially replaced UFO in governmental and research contexts, began publicly with the United States Navy's confirmation in 2019 of three previously leaked videos captured by F/A-18 pilots, known by the designations FLIR1, GIMBAL, and GOFAST. These videos were confirmed as authentic recordings of unidentified objects exhibiting flight characteristics that the Navy could not attribute to any known technology. The confirmation was significant not because the videos were inherently conclusive but because it represented the first official acknowledgment by a major military authority that some aerial phenomena genuinely resist identification by experienced observers using sophisticated instrumentation.
The 2021 Preliminary Assessment report produced by the Office of the Director of National Intelligence, mandated by Congress, examined 144 UAP reports from US government sources between 2004 and 2021 and reached the publicly stated conclusion that the majority could not be identified and that some exhibited unusual flight characteristics. The report established UAP as a legitimate subject of official inquiry rather than a marginalised fringe interest, and it directly led to the creation of institutional infrastructure for ongoing investigation.
The All-domain Anomaly Resolution Office, known as AARO, was established by the US Department of Defense in July 2022. Its mandate is to detect, identify, and attribute UAP across all domains, air, sea, space, and ground, and to provide a centralised reporting mechanism for both military and, through the mechanism created by subsequent legislation, civilian witnesses. AARO maintains a public reporting portal and is required by Congressional mandate to report regularly to oversight committees on its findings.
The UAP Disclosure Act, which advanced through Congress in 2023 and 2024 and whose provisions have been integrated into subsequent defence legislation, established a framework for the declassification and potential release of government records relating to UAP, created formal whistleblower protections for individuals with relevant information, and reinforced the mandate for a civilian reporting pathway to official investigation.
What this means practically is that a well-documented civilian report submitted through the correct channels is no longer disappearing into a filing cabinet. It enters a database that is subject to Congressional oversight, that is actively analysed by a funded government office, and that contributes to a cumulative record that is shaping official policy and investigation priorities in real time. The quality of your report determines whether it contributes anything useful to that record.
Learn How To Survive The Wild Hunt The Strange & Twisted Guide.
In the Moment Documentation: The First Sixty Seconds
The first sixty seconds of a UAP encounter are the most important and the most frequently wasted. The witness's instinct is to stare, to call out to nearby people, to stand open-mouthed processing what they are seeing. Every one of those responses is understandable and every one of them costs you evidence.
The moment you register that you are looking at something genuinely anomalous, something that does not fit any immediate conventional identification, your sequence of actions should be as follows and in this order.
Open your phone camera and switch immediately to video mode rather than still photography. A single still image, however clear, captures one moment. Video captures movement characteristics, duration, behaviour over time, and the acoustic environment, all of which are data points that still photography cannot provide. Press record before you have fully processed what you are pointing at. You can always delete footage of a plane you misidentified. You cannot recover footage you failed to capture.
Once recording is active, your most important technical task is to include a fixed reference object in the frame alongside the phenomenon. This is critical for any subsequent size and distance analysis. A tree line, a building roofline, a power line, a chimney, any object whose real-world dimensions and distance from your position are either known or can be measured afterward provides an anchor against which the apparent size and altitude of the object can be calculated. Footage of an isolated object against open sky, with no reference frame, is almost impossible to scale usefully. Footage of the same object with a reference object in frame can be subjected to angular measurement that produces genuine data.
Hold the phone with both hands and brace your elbows against your body or against any available solid surface. Camera shake in handheld phone video of small or distant objects is the single most common reason UAP footage is technically unusable. Steady footage of a blurry distant light is more analytically useful than shaky footage of a sharper one.
Speak your observations aloud while recording. Your phone's microphone will capture your narration on the same audio track as the footage, creating a contemporaneous record. State the time, noting that you can check it precisely on the phone itself. State the direction you are facing, as accurately as you can estimate it from landmarks, the position of the sun or moon if visible, or a compass app. State your approximate location including the nearest identifiable landmark. State what you are observing: the object's apparent size, colour, any movement you can describe, any sound or absence of sound. This narration takes seconds and transforms footage that would otherwise lack context into a documented record.
If other people are present, note their presence verbally on your recording. Multiple witnesses dramatically increase the investigative value of a report, and knowing from the outset that additional witnesses exist allows researchers to cross-reference independent accounts.
The Data Points That Matter to Researchers
After immediate capture, and during any continued observation, there are specific categories of information that researchers consistently identify as the difference between a report that can be investigated and one that cannot. Work through these systematically, capturing them in real time on video narration if the encounter is ongoing, or writing them down immediately afterward.
Apparent Size and How to Measure It
Apparent size is the most commonly reported and most commonly useless data point in UAP reports because witnesses describe it in subjective terms, huge, enormous, tiny, that carry no analytical content. The standard methodology used by researchers involves comparison to known angular measurements that any witness can make in the field.
The moon subtends approximately half a degree of arc in the sky, a measurement that is consistent and verifiable. Extend your arm fully and hold up your thumb. Your thumbnail at full arm extension covers approximately one to two degrees of arc. A closed fist at arm's length covers approximately ten degrees. If the observed object appeared larger than the moon, smaller than the moon, coverable by your thumbnail, or larger than your fist, these comparisons give researchers a genuine angular size to work with.
Apply the same measurement immediately if the encounter is ongoing. Extend your arm, select the appropriate reference, and record the comparison verbally on your video. If the encounter has ended, reconstruct the measurement as accurately as you can in your written account and note that it is a retrospective estimate.
Altitude Estimation
True altitude is almost impossible to estimate accurately without instrumentation, and claims of specific altitudes in civilian UAP reports are generally not analytically useful. What is useful is apparent altitude expressed as an elevation angle from the horizon: was the object at ten degrees above the horizon, at forty-five degrees, directly overhead? Elevation angle is measurable using a simple method. Your fist at arm's length covers approximately ten degrees of vertical arc. Stacking fist widths from the horizon to the object gives you an elevation angle estimate that researchers can use in triangulation calculations when multiple witnesses at known locations are reporting the same event.
Movement Characteristics
Movement is frequently the most anomalous characteristic of genuine UAP encounters and the most important to document accurately. The specific movement qualities that researchers flag as significant are stationary hovering with abrupt departure without acceleration curve, directional changes at angles that would be structurally impossible for any known aircraft, apparent instantaneous acceleration from stationary to high velocity, and movement that involves no banking or turning radius. Document what you observed as specifically as possible. Did it change direction while maintaining speed? Did it stop instantaneously from motion? Did it accelerate in a way that produced no visible heat bloom or exhaust signature?
Acoustic characteristics associated with movement are equally important. Most known aircraft produce sound signatures proportional to their apparent size and speed. An object that moves at high velocity in complete silence, or one that produces a sound inconsistent with its apparent movement, is exhibiting a characteristic worth documenting explicitly.
Duration
Record the total duration of the encounter as precisely as you can, using your phone's timestamp to bracket the start and end of your video footage. Even approximate duration, two to three minutes, is more useful than no duration record.
Light Characteristics
If the object was emitting or reflecting light, document its colour, whether the light was steady or pulsing, the frequency of any pulsing pattern you could perceive, whether different parts of the object showed different colours, and how its brightness compared to visible stars or to the moon if either were present. Colour and pulse characteristics occasionally match known research categories in existing databases and can connect an individual report to a pattern of similar observations.
Weather Conditions
Cloud cover expressed as a fraction of sky coverage, visibility estimate in miles or kilometres, whether precipitation was occurring, and wind conditions at ground level are all relevant. Weather data for your location at the time of the encounter is independently verifiable through meteorological records afterward, which provides a means of checking the internal consistency of your report and adds corroborating environmental context.
Associated Phenomena
A subset of UAP encounters involves associated phenomena that are independent of the primary visual observation and that constitute additional data points of significant research interest. Electrical interference with vehicle ignition systems, radio equipment, or phones during the encounter. Animal behaviour, specifically the sudden silence, flight, or agitation of animals in the vicinity. Any physiological effects on observers: unusual warmth, tingling, visual disturbance, nausea, or the specific sensation of time distortion that appears in a consistent subset of close-encounter reports. If any of these occurred, document them explicitly and in detail.
Learn How To Identify A Real Cryptid SIghting And What To DO Afterwards The Strange & Twisted Guide.
Post-Encounter Documentation: The Written Report
Written documentation should be completed within thirty minutes of the encounter's end. Memory begins reconstructing and reinterpreting unusual experiences very quickly, and details that feel vivid and certain two hours after an encounter may have been subtly reshaped by reflection, by conversation with others, or by any media imagery of similar phenomena encountered in the interval.
Sit down with paper or a notes application and work through the following structure, which mirrors the format used by serious UAP research organisations and produces a report that their analysts can work with directly.
Write a chronological narrative of the encounter from the moment you first observed the object to the moment it ended. Do not attempt to interpret what you saw. Describe only what you directly observed, in the order you observed it, using concrete sensory language. The object appeared in the northwest at approximately thirty degrees above the horizon is useful. It looked exactly like the Tic-Tac UFO from the Navy videos is not useful and introduces a contaminating reference frame.
After the narrative, complete a data section covering each of the specific categories above: apparent size with your angular measurement, elevation angle, movement description, duration, light characteristics, weather conditions, number and identity of any other witnesses, and any associated phenomena. This structured data section is what allows your report to be sorted, cross-referenced, and matched against similar reports in the database.
Produce a sketch of the object's shape and a separate sketch showing its path of movement against any reference points in your visual field. Hand-drawn sketches are acceptable and preferred over verbal descriptions of unusual shapes because they communicate geometric information that language handles poorly. Mark compass direction, horizon line, and any reference objects in your movement sketch.
If you suffered any physiological effects, document these separately with specific detail: when they began relative to the encounter, their nature, their duration, and whether they persisted after the encounter ended. Physiological effects are a specific research subcategory in UAP investigation and are taken seriously by organisations including MUFON and NUFORC.
Where to Report Your Encounter
Official Government Reporting
AARO, the All-domain Anomaly Resolution Office, maintains a public reporting portal at aaro.mil. This is the official US government mechanism for civilian UAP reports and the most direct pathway into the government's formal investigation infrastructure. Reports submitted here are subject to the Congressional oversight framework and contribute to the cumulative record that AARO is required to report on regularly. The portal accepts text reports, photographs, and video files. Provide the most complete version of your documentation here.
Civilian Research Organisations in the United States
MUFON, the Mutual UFO Network, maintains the largest civilian UAP report database in the world with over 150,000 filed reports and a network of trained field investigators who conduct follow-up investigation of significant cases. Reports are submitted through the reporting portal at mufon.com and are assigned a case number. MUFON's database is searchable and allows you to identify whether reports from your geographic area or matching your observation characteristics exist in the record. Field investigation by a regional MUFON investigator is available for cases that meet significance thresholds.
NUFORC, the National UFO Reporting Center, has operated a telephone hotline and web reporting system since 1974 and maintains one of the longest-running continuous UAP databases in existence. Reports are submitted at nuforc.org and the database is fully searchable by date, location, shape, and duration. NUFORC's database is particularly valuable for identifying temporal and geographic clusters of reports, and submitting your report here adds it to a record that researchers have been using for pattern analysis for decades.
Reporting Organisations in the United Kingdom
The UAP Research Organisation, known as UAPRO, is a UK-based civilian research body that accepts and investigates UAP reports from British witnesses. Reports can be submitted through their website and are reviewed by researchers with investigation backgrounds.
The British UFO Research Association, BUFORA, has operated continuously since 1962 and maintains a historical and current report database for the United Kingdom. BUFORA accepts reports through its website at bufora.org.uk, maintains a network of trained investigators, and produces research publications drawing on its case database. For UK witnesses, BUFORA provides the most established civilian investigation infrastructure available and has a documented record of serious case investigation going back decades.
Submit your report to multiple organisations rather than choosing one. Each database is independent and a report submitted to all relevant organisations maximises the probability that it reaches the researcher or investigation team best positioned to follow it up.
Photographic Evidence Analysis: Why Most UAP Footage Fails
The honest assessment of most phone video footage submitted as UAP evidence is that it is analytically useless, not because the witness is lying or mistaken but because the technical characteristics of the footage prevent any meaningful analysis. Understanding why this happens allows you to avoid the specific failure modes.
Camera shake is the dominant problem. A distant light source recorded on a moving phone produces smeared light trails that obscure the object's true shape, apparent size, and movement characteristics. The solution is physical stabilisation using both hands with elbows braced, or better, resting the phone against any solid surface available: a car roof, a wall, a fence post.
Phone cameras use autofocus systems that behave unpredictably when pointed at a small bright object against a dark or featureless background. The camera frequently focuses on the background rather than the object, producing footage in which the background trees or buildings are sharp while the object is a blurred smear of light. If your phone allows manual focus control, engage it and set focus to infinity before recording. If not, be aware that autofocus failure is likely and compensate by holding the object in the centre of the frame where autofocus systems are most likely to engage with it correctly.
Exposure management is a significant problem with small bright light sources. Phone cameras automatically expose for the overall scene, which in a nighttime context means the bright object is massively overexposed and blooms into a featureless white circle that reveals nothing about its actual shape or internal structure. If your phone camera allows exposure compensation or manual exposure control, reduce the exposure to bring the object down from full saturation. A dimmer, correctly exposed object reveals far more analytically useful information than a blown-out light blob.
The specific camera techniques that produce the most usable evidence are physical stabilisation against a solid surface, manual focus set to infinity, exposure reduction to avoid sensor saturation, landscape orientation rather than portrait to maximise frame width, and a consistent slow pan to track the object rather than rapid jerky reframing. On a modern smartphone, recording in the highest available resolution at the lowest available frame rate, typically 4K at 24 frames per second, provides the best balance of spatial resolution and low-light sensitivity.
If the encounter continues long enough, capture a brief sequence in which you deliberately include fixed reference objects in the foreground while keeping the anomalous object visible in the background. This framing, a rooftop and a streetlight in the lower portion of the frame with the object above them, is the configuration that makes angular measurement and subsequent size analysis possible. It takes seconds to compose and transforms your footage from an interesting record into an investigable document.
Report everything. Even footage you think is too poor quality to be useful should be submitted with your written report. Researchers have analytical tools that can extract information from degraded footage that appears useless to the naked eye, and the combination of poor footage with an excellent written report is substantially more valuable than either element alone.
Learn How To Investigate A Graveyard The Strange & Twisted Guide To Ghost Hunting And Paranormal Investigation.
Explore Strange and Twisted's complete archive of How To guides, paranormal and ghost stories, cryptids, and horror and witchcraft themed merchandise and apparel at strangeandtwisted.com.
Funny Alien Riding A Cow For UFO Fans And Sci-fi Lovers
Funny Aliens Extraterrestrial T-Shirt For Ancient Astronaut Fans
Shop The Funny Mothman T-Shirt For Cryptozoology Fans
Shop The Funny Bigfoot T-Shirt For Sasquatch Fans
Funny Cryptids T-Shirt For Cryptozoology Fans
Funny Cthulhu T-Shirt For Lovecraft And Cosmic Horror Fans
The Jersey Devil T-Shirt For Cryptid Fans
Fresno Nightcrawlers T-Shirt For Cryptid Fans
Sasquatch Research Team T-Shirt For Bigfoot Fans
Mothman Hoodie For Cryptid Fans
Catzilla T-Shirt For Kaiju Fans And Cryptid Lovers
Funny Cthuloops T-Shirt For Cthulhu Fans
