---
title: "Galileo Project reports first UAP triangulation results"
url: "https://usubjects.com/article/galileo-project-reports-first-uap-triangulation-results-3753"
updated: "2026-09-25T16:15:58.467Z"
description: "Avi Loeb’s article presents the Galileo Project’s first triangulation results from its observatories in the search for unidentified anomalous phenomena (UAP). The provided text does not include details of the observations, methods, or conclusions."
sources: ["https://avi-loeb.medium.com/first-triangulation-results-in-search-for-uap-by-the-galileo-project-observatories-eacc4798a538"]
licence: "All rights reserved"
---

# Galileo Project reports first UAP triangulation results

Published: 2026-09-24  
Source: [Google News](https://avi-loeb.medium.com/first-triangulation-results-in-search-for-uap-by-the-galileo-project-observatories-eacc4798a538)

### Overview

The Galileo Project has reported what it describes as its **first triangulation results in the search for unidentified anomalous phenomena (UAP)**. The findings were presented by astrophysicist Avi Loeb in an article published September 24, 2026, alongside a new paper from the project’s research team. The work focuses on a longstanding problem in UAP analysis: determining how far an object is from an observer.

The material available from the report does not provide detailed case-by-case observations, numerical distance estimates or definitive identifications. Instead, it outlines the project’s observatory architecture and explains why simultaneous observations from multiple cameras may help distinguish nearby aircraft, drones, birds and atmospheric phenomena from more distant objects exhibiting apparently unusual motion.

### Why Distance Matters

Most UAP footage records only an object’s apparent movement across the sky. Without a reliable estimate of distance, however, that angular movement cannot be converted into a meaningful physical speed or acceleration. A nearby object can appear to move rapidly while traveling at a relatively ordinary velocity, whereas a distant object covering the same angular distance could require speeds beyond those achievable by conventional aircraft.

“**Knowing the distance is therefore crucial for resolving the nature of UAPs based on their motion,**” Loeb wrote. The issue has also been emphasized in recent reports associated with the UAP Science Advisory Council. The Galileo Project’s approach is to use triangulation—comparing the position of an object as seen by separated sensors—to calculate its range and, potentially, its three-dimensional trajectory.

This distinction is important because many dramatic interpretations of UAP footage rely on visual estimates of speed or maneuverability. A measured distance would provide a way to test those interpretations against known physical limits rather than relying solely on a video’s appearance.

### Observatory Design

The Galileo Project says it is building dedicated observatories designed to monitor the sky continuously. Unlike conventional astronomical facilities, which typically observe a relatively narrow portion of the sky and are optimized for celestial objects, the project’s systems are intended to detect objects moving through Earth’s atmosphere.

The central sensing unit is a multi-camera assembly called a **“Dalek.”** The infrared version uses eight FLIR Boson sensors operating in the long-wave infrared band between 7.5 and 13.5 microns. Seven cameras are arranged around a circle at approximately 30 degrees elevation, while an eighth camera points toward the zenith. According to the project, the arrangement provides full 360-degree azimuth coverage and approximately 160 degrees of elevation coverage, allowing it to monitor nearly the entire sky.

The observatories also incorporate visible-light cameras, radio sensors and acoustic microphones. In principle, combining these streams could help determine whether an apparent aerial anomaly corresponds to a conventional object, an atmospheric event or an instrumental artifact.

### Initial Results and Limitations

The project reports that **three Galileo Observatories have been constructed**, although the supplied material identifies only the first as being in Massachusetts. The article presents the triangulation paper as the first effort to measure distances to sky objects using the observatories’ coordinated observations.

The available text, however, does not specify how many events were analyzed, which objects were triangulated, what distances were calculated or whether any observation remained unexplained after analysis. It therefore does not establish that the project has detected extraterrestrial technology or any phenomenon beyond known human or natural sources.

### Scientific Context

The significance of the work lies less in a single observation than in its attempt to introduce reproducible measurements into UAP investigations. **Reliable range, velocity and trajectory data** could allow researchers to evaluate extraordinary claims using standard physics and to compare results across observing sites.

Further assessment will depend on the full technical paper, including its methodology, error estimates, calibration procedures and results from multiple observatories. Until those details are independently examined, the announcement should be viewed as a report of an emerging observational capability—not as evidence of a confirmed anomalous object.

## Provenance

This USUBJECTS page is a summary or digest of the linked original source. Any accompanying generated visual is an illustrative reconstruction, not evidence.