Evidence Explorer

The document discusses the effects of forced perspective and parallax on UAP observations, explaining how these optical phenomena can lead to misinterpretations of size and speed in reports. It emphasizes the importance of understanding these effects for accurate UAP analysis.

…t contains a conversation regarding the size estimation of an unidentified object, comparing it to a jumbo jet and an aircraft carrier. The discussion involves multiple individuals, likely in a Japanese context, estimating the object's size to be significantly larger than conventional aircraft.

The document details the assessment of a UAP incident in Puerto Rico on April 26, 2013, involving two objects captured by an infrared sensor. The All-domain Anomaly Resolution Office (AARO) concluded that the objects were likely sky lanterns and did not exhibit anomalous behavior.

The document discusses the radar data related to Japan Airlines flight 1628, which experienced uncorrelated radar signals during its flight on November 17, 1986. FAA experts analyzed the radar data and explained the phenomenon of uncorrelated targets, emphasizing that this occurrence coincided with a pilot's sighting of an unidentified object.

SUBJECT/T1TLE DATE RESTRICTION 001. email 05/19/1998 P6/b(6) 002. email 05/19/1998 P6/b(6) 003. email 05/19/1998 P6/b(6) 004a. email 01/24/2000 Pl/b(l) 004b. email 01/24/2000 Pl/b(l) 005a. email 01/24/2000 Pl/b(l) 005b. email 01/24/2000Pl/b(l) 005c. email 01/24/2000 Pl/b(l) 006a. email 02/02/2000 Pl/b(l) 006b. email 02/01/2000Pl/b(l) 007a. email 02/01/2000 P…

…ted to unidentified aerial phenomena (UAP) tracking, featuring various numerical data points and coordinates. The text is fragmented and contains references to multiple unidentified systems and measurements, suggesting a focus on radar or sensor data analysis.

All-domain Anomaly Resolution Office (AARO) An AARO Information Paper Effect of Forced Perspective and Parallax View on UAP Observations May 2024 Introduction While no single explanation or method of analysis can account for all unidentified anomalous phenomena (UAP) cases received by the All-domain Anomaly Resolution Office (AARO), the effects of forced per…

…phenomena (UAP) recorded on November 19, 1986. It includes various measurements and readings, possibly from radar or sensor systems, indicating the presence of multiple unidentified objects.

UNCLASSIFIED 1 UNCLASSIFIED All-domain Anomaly Resolution Office (AARO) U.S. Department of Defense Case: “The Puerto Rico Object” Case Resolution | 20 March 2025 Case Synopsis Location: Puerto Rico Date: April 26, 2013 Object Altitude (Reported): N/A Object Altitude (Assessed): 656 ft Object Speed (Reported): N/A Object Speed (Assessed): 8 mph Object Shape (…

…, detailing various aircraft and their altitudes, speeds, and other parameters. The data appears to be collected from radar systems, indicating the presence of multiple aircraft in the airspace, some of which are not under FAA control.

… of unidentified aerial phenomena (UAP) with specific metrics such as altitude, speed, and coordinates. The data is presented in a tabulated format, indicating multiple observations over a period.

This document discusses the analysis of radar data related to Japan Airlines flight 1628, which encountered uncorrelated radar signals during its flight on November 17, 1986. FAA experts explain the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

…ied aerial phenomena (UAP), detailing various parameters such as altitude, speed, and coordinates. The data appears to be from a radar or tracking system, with multiple entries indicating different observations over time.

…iling an incident involving Japan Airlines Flight 1628, which was followed by an unidentified object exhibiting extraordinary maneuvers over Alaska, tracked by multiple radar systems.

This document discusses the FAA's analysis of radar data related to Japan Airlines flight 1628, which reported an uncorrelated radar target during its flight on November 17, 1986. The FAA experts explained the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

This document provides a detailed analysis of the radar data associated with Japan Airlines flight 1628, which reported an unidentified flying object (UFO) during its flight over Alaska on November 17, 1986. The analysis focuses on the phenomenon of uncorrelated radar signals and the normalcy of the radar returns observed during the incident.

The document discusses the analysis of radar data related to Japan Airlines flight 1628, which experienced uncorrelated radar signals during its flight on November 17, 1986. FAA experts explain the phenomenon of uncorrelated primary and beacon targets and its implications for radar tracking.

This document discusses the radar data analysis related to Japan Airlines flight 1628, which reported an unidentified flying object (UFO) on November 17, 1986. The FAA's review of radar data indicated the presence of 'uncorrelated primary and beacon targets,' which are not uncommon and can occur due to timing discrepancies in radar systems.

This document details a series of sightings reported by various individuals and organizations over several days in January 1986. The sightings were reported to multiple news outlets and include names and contact information of the reporters.

This document discusses the FAA's analysis of radar data related to Japan Airlines flight 1628, which experienced uncorrelated radar signals during its flight on November 17, 1986. The FAA experts concluded that the radar system detected an 'uncorrelated primary and beacon target', a phenomenon that can occur under certain conditions, particularly when a pil…