The Trump administration's plan to gut the Office of Space Commerce and cancel the government's first civilian-run space traffic control program is gaining plenty of detractors.
Earlier this week, seven space industry trade groups representing more than 450 companies sent letters to House and Senate leaders urging them to counter the White House's proposal. A spokesperson for the military's Space Operations Command, which currently has overall responsibility for space traffic management, said it will "continue to advocate" for a civilian organization to take over the Space Force's role as orbital traffic cop.
The White House's budget request submitted to Congress for fiscal year 2026 would slash the Office of Space Commerce's budget from $65 million to $10 million and eliminate funding for the Traffic Coordination System for Space (TraCSS). The TraCSS program was established in the Department of Commerce after Trump signed a policy directive in his first term as president to reform how the government supervises the movements of satellites and space debris in orbit.
© Kaitlin Castillo/US Space Force
Kosmos 482, a Soviet-era spacecraft shrouded in Cold War secrecy, will reenter the Earth's atmosphere in the next few days after misfiring on a journey to Venus more than 50 years ago.
On average, a piece of space junk the size of Kosmos 482, with a mass of about a half-ton, falls into the atmosphere about once per week. What's different this time is that Kosmos 482 was designed to land on Venus, with a titanium heat shield built to withstand scorching temperatures, and structures engineered to survive atmospheric pressures nearly 100 times higher than Earth's.
So, there's a good chance the spacecraft will survive the extreme forces it encounters during its plunge through the atmosphere. Typically, space debris breaks apart and burns up during reentry, with only a small fraction of material reaching the Earth's surface. The European Space Agency, one of several institutions that track space debris, says Kosmos 482 is "highly likely" to reach Earth's surface in one piece.
© NASA
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