По статьям
  • По тегу
  • По статьям
 

STS-75 Massive UFO

NASA captured something massive on camera during a 1996 space shuttle mission. When analysts calculated its size based on distance, the result was terrifying: 2 to 3 MILES in diameter. NASA's official explanation? Ice particle. The problem: the object passes BEHIND the tether, proving it's not debris on the lens.
February 25, 1996. Space Shuttle Columbia. Mission STS-75.
The crew was conducting the Tethered Satellite System experiment - deploying a 12-mile long conductive tether into space to generate electricity. The tether broke, and NASA turned cameras to track it drifting away.
That's when they captured something they didn't expect.
Multiple large objects appeared on camera, moving around the tether. One object in particular caught the attention of researchers: a massive disc-shaped form with a distinct notch or hole in its center.
Here's where it gets impossible to dismiss:
The object passes BEHIND the tether line. This is visible in the footage. If it were ice particles, lens flare, or debris on the camera, it would appear in front of everything. But you can clearly see the thin tether line crossing in front of the object.
That means the object is behind the tether - which is 12 miles away from the shuttle.
Dr. Jack Kasher, a physics professor, analyzed the footage frame by frame. Based on the known distance of the tether and the object's apparent size in relation to it, he calculated:
If the object is at or beyond the tether's distance, it would be approximately 2 to 3 miles in diameter.
Not feet. Not yards. MILES.
The object also shows a structured shape - circular with a visible notch or aperture. It's not a random blob or smudge. It has geometry.
And it's not alone. The full 77-minute NASA footage shows multiple similar objects moving in and around the tether area, some appearing to change direction, some moving at different speeds.
NASA's official explanation: Ice particles reflecting sunlight from the shuttle's thrusters.
The problems with that explanation:
The physics don't match. Ice particles would drift in predictable patterns based on shuttle movement and solar wind. Some of these objects change trajectory in ways inconsistent with debris behavior.
The tether occlusion proves distance. Objects passing behind the tether can't be ice on the camera lens or nearby debris.
The structured shape. Ice particles don't form symmetrical discs with central apertures.
Multiple objects. The sheer number of similar disc-shaped forms suggests something other than random ice chunks.
Dr. Kasher's analysis concluded: "If these are ice particles as NASA claims, they would have to be miles in diameter based on their distance from the camera. That's not ice. That's something else."
The footage is publicly available in NASA archives. You can watch it yourself. The STS-75 tether incident is one of the most analyzed pieces of space footage in UFO research.
Skeptics argue the notched disc appearance could be an artifact of the camera's circular aperture causing out-of-focus particles to appear disc-shaped. But that doesn't explain the tether occlusion or the trajectory anomalies.
What makes this case compelling is that it's not a blurry photo from a random person. It's official NASA mission footage, shot from the space shuttle, capturing something that - at minimum - NASA can't adequately explain with "ice particles."
The footage exists. The tether occlusion is visible. The size calculations are based on known distances.
Either NASA captured massive structured objects in Earth orbit, or their ice particle explanation needs to account for physics-defying behavior and mile-wide frozen chunks.
77 minutes of footage. Multiple objects. Structured shapes. Tether occlusion proving distance.
What did STS-75 really capture?

Показать еще

Поблагодарить

Если вам нравится проект Exopedia, вы можете поблагодарить его создателей. Это поможет нам развивать и поддерживать проект. Спасибо!

Поблагодарить