SpaceX Video Sparks Space Station Encounter Claims
“We need to know the distance to it so we can infer the speed by which it’s moving,” astrophysicist Avi Loeb told NewsNation regarding an unknown object visible in a recent SpaceX video near the International Space Station.
NASA has not confirmed any near miss related to the footage. Loeb, who chairs the White House UAP Science Advisory Council, explained that determining an object’s distance requires a radar system or multiple viewing angles.
The uncrewed SpaceX Dragon cargo ship launched from Cape Canaveral, Florida, on Oct. 13, 2026, according to NASA records. The spacecraft docked autonomously two days later at 10:27 a.m. EDT, connecting to the Harmony module’s space-facing port. It delivered over 6,300 pounds of food, supplies, and scientific equipment for the Expedition 75 crew. NASA’s published mission updates made no mention of unidentified objects or near collisions during the arrival.
UFO Researcher Alleges Close Approach
UFO researcher Scott Waring published an interpretation of the NASA footage on Nov. 1, 2026, claiming that a disc-shaped object nearly struck the orbiting laboratory. Waring estimated that the object measured 23 feet across and passed within 82 feet of the station’s panels.
Attack of the Fanboy noted that Waring expressed surprise that no one involved in the mission acknowledged the anomaly. “The crew on board the DragonX said nothing about it, not NASA control, not even the station itself,” Waring stated in his written account.
Waring also asserted that the footage shows a second unidentified object moving erratically near the Dragon capsule. He described the movement as bizarre and non-conforming to standard physics. However, Waring admitted he cannot prove the objects are alien spacecraft. Waring’s account also contains chronological discrepancies: he dated the sighting to Oct. 13, whereas NASA’s docking broadcast occurred on Oct. 15.
Orbital Debris Tracking Protocols
Orbital debris remains a documented hazard in low Earth orbit, where objects typically travel between 15,700 and 17,900 miles per hour, according to Attack of the Fanboy. NASA’s Orbital Debris Program Office maintains that the U.S. Space Surveillance Network routinely tracks objects larger than 10 centimeters.
The International Space Station normally executes avoidance maneuvers when a tracked object is projected to pass within a few miles and the collision probability exceeds one in 10,000. Attack of the Fanboy reported that the station has completed 41 collision avoidance maneuvers since 1999.
Critical U.S. components on the station feature specialized shielding designed to withstand impacts from pieces up to about one centimeter across. Loeb emphasized the severe risks posed by fast-moving space debris. “The speed by which objects are moving relative to each other is about 10 times faster than a bullet,” Loeb told NewsNation, adding that any direct impact would destroy exposed infrastructure.
Orbital Object Identification Questions
What did NASA report about the SpaceX docking mission?
NASA reported a routine autonomous docking on Oct. 15, 2026, delivering over 6,300 pounds of supplies and research gear. The agency’s public updates contained no references to unidentified objects or collision avoidance procedures.
A mysterious object appears in footage near the International Space Station. I spoke with astrophysicist Avi Loeb about what it could be and what the video can actually tell us. The object’s identity and distance haven’t been verified.#ISS #AviLoeb #Space #UAP #ScienceNews pic.twitter.com/GG0v9KTwjK
How close did the alleged object come to the space station?
UFO researcher Scott Waring estimated that the object passed within 82 feet of the station’s panels and measured 23 feet across. These figures represent unverified estimates rather than measurements confirmed by NASA or independent radar data.
What methods do scientists use to track space objects?
Astrophysicist Avi Loeb stated that determining an object’s distance and speed requires advanced radar systems or multi-angle visual analysis. The U.S. Space Surveillance Network regularly monitors debris larger than 10 centimeters to protect crewed spacecraft.
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