THE MOST IMPORTANT UFO CAMERA MAY BE TWO CAMERAS

Galileo Project Starts Measuring the Number UFO Videos Usually Miss

UFO footage has one enormous problem:

We usually don't know how far away the object is.

Without distance, speed becomes guesswork.

A light crossing the sky quickly might be a nearby bird or drone moving at ordinary speed. Put that same apparent motion many miles away and suddenly the required velocity becomes extraordinary.

The Galileo Project is trying to remove that ambiguity by doing something surprisingly straightforward:

Look at the same object from several locations at once.

Its researchers have now released their first triangulation results from three infrared observing stations around Las Vegas, separated by roughly 2 to 10 kilometers. By comparing the viewing angle from each station, the system can reconstruct an object's three-dimensional location, distance, speed and acceleration. The manuscript was submitted to Sensors on September 24 and has not yet completed peer review.

That's important.

Not because they found aliens.

They didn't.

365 OBJECTS

Researchers analyzed one week of observations from May 24–30, 2026.

The system produced usable three-site trajectories for 365 objects.

Of those, 301 behaved like aircraft. Researchers matched 284 directly to ADS-B aircraft data. Another 17 weren't matched to ADS-B records but moved within the same general aircraft-like population.

The remaining 64 were slow-moving objects between roughly 3 and 5 kilometers altitude.

They turned out to be small clouds.

No extraordinary object was identified during the week analyzed.

And that may actually be the best result they could have gotten.

PROVE THE MACHINE WORKS FIRST

Before claiming you've measured something extraordinary, you need to demonstrate that your equipment correctly measures ordinary things.

The Galileo team used known aircraft as its test population.

For aircraft observed simultaneously from all three stations, the triangulation system recovered distance to within 5% for 99% of the aircraft tested.

That turns the experiment into something much more interesting than another UFO camera.

It is becoming a measuring instrument.

The system isn't asking:

“What does that look like?”

It is asking:

How far away is it?
How fast is it moving?
At what altitude?
Does another sensor see the same thing?

Those questions can kill a lot of UFOs.

Good.

They should.

THE BORING UFO REVOLUTION

Ufology has accumulated decades of spectacular images accompanied by arguments about scale, distance and speed.

The Galileo approach reverses the process.

Measure first.

Interpret second.

Its Las Vegas stations use eight-camera long-wave infrared arrays nicknamed Daleks, with nearly full-sky coverage. The cameras are synchronized using GPS timing, while aircraft data gives researchers known objects against which they can calibrate the system.

The idea isn't new—triangulation has been used for things such as meteor tracking for years.

Applying it systematically to UAP research is what matters.

Because if something eventually crosses those cameras and appears to accelerate or maneuver outside known performance ranges, researchers will have something most viral UFO videos don't provide:

range.

Then speed becomes a physical measurement instead of an internet argument.

FMPU

Galileo hasn't discovered an extraordinary UAP here.

It has done something more useful.

It has demonstrated that its system can distinguish aircraft from clouds and estimate distances accurately enough to begin testing extraordinary motion claims.

That's how this should work.

Identify the plane.

Identify the cloud.

Identify the satellite.

Identify the bird.

Keep removing ordinary explanations.

And if one object eventually survives?

Then we have something worth arguing about.

The most important UFO camera may not be a better camera.

It may simply be another camera ten kilometers away.