NASA Solicits Commercial Space Industry to Reboost or Safely Deorbit Hubble Telescope

When NASA needed to repair the Hubble Space Telescope in the 1990s and 2000s, it dispatched its own Space Shuttle fleet and astronaut corps to do the job. Now, facing the observatory's gradual fall toward Earth, the agency is attempting a rescue again—but this time, it is asking the commercial space industry to provide the spacecraft.[1][3]

The space agency issued a formal Request for Information on October 29, 2026, seeking concepts from private companies to intervene in Hubble's orbital decay. The solicitation outlines three potential paths: boosting the telescope to a higher altitude, upgrading its aging hardware, or guiding it to a safe, controlled destruction.[1][2]

Without a propulsion system of its own, the 36-year-old observatory is slowly losing altitude to atmospheric drag. NASA projections indicate the telescope will likely reenter Earth's atmosphere between 2033 and 2034 if left alone, meaning any intervention mission must launch by 2032.[1][3]

"Hubble is a national icon that has fundamentally changed how humanity views our universe for more than 35 years," said Nicky Fox, associate administrator for NASA's Science Mission Directorate. She noted that the agency wants to explore all possibilities before time runs out.[1]

Shifting to commercial providers

The solicitation marks a definitive shift in how NASA manages its legacy flagship missions. "Commercial industry has rapidly evolved in recent years to offer new capabilities for in-space satellite capture and servicing," Fox said in the agency's October 30 announcement.[1]

Companies have until November 30, 2026, to submit their proposals to the Goddard Space Flight Center in Greenbelt, Maryland. The submissions will help NASA gauge the technical maturity and estimated costs of a commercial mission before committing to a formal procurement.[1][2]

A primary objective for a rescue mission would be grappling the 12-metric-ton telescope and raising its orbit to an altitude of at least 600 kilometers. Pushing the observatory higher would buy it several more years of operational life above the thickening atmosphere.[2][3]

"Hubble still has important science ahead of it, and we should be looking at every reasonable opportunity to keep it delivering for as long as possible," said NASA Administrator Jared Isaacman. He argued that extending the asset's life is a duty to American taxpayers and the scientific community.[1]

The risks of doing nothing

If no viable commercial rescue materializes, NASA cannot simply abandon the telescope to fall at random. At more than 26,000 pounds, Hubble is massive enough that significant portions of its structure—particularly its 2.4-meter primary mirror—would survive the intense heat of atmospheric reentry.[3]

An uncontrolled fall presents a quantifiable hazard to populated areas beneath the telescope's orbital path. One technical estimate cited in recent analyses puts the casualty risk of an unguided Hubble reentry at 1 in 330, a figure that far exceeds NASA's standard safety threshold of 1 in 10,000.[3]

To mitigate that danger, the agency's request also asks for proposals to attach a propulsion module that could steer Hubble into a remote stretch of the Pacific Ocean. A capture ring was installed on the telescope during its final shuttle servicing mission in 2009 specifically to facilitate this kind of robotic grappling.[1][3]

Revisiting past rescue concepts

The current solicitation is not the first time NASA has explored a private-sector intervention for Hubble. In 2022, the agency signed an unfunded Space Act Agreement with SpaceX to study whether a Crew Dragon spacecraft could safely dock with the telescope and boost its orbit.[2][4]

That earlier study, which was spearheaded by Isaacman before his appointment as NASA Administrator, ultimately did not result in a mission. Agency officials at the time judged the proposed concepts—which included a joint pitch from Astroscale and Momentus—to be too risky for the fragile observatory.[2][4]

The 2022 proposals faced significant technical hurdles, primarily because the Crew Dragon spacecraft was not originally designed for robotic capture operations or complex spacewalks. Engineers worried that an accidental collision during docking could permanently disable the telescope's fragile appendages.[2][3]

The landscape of commercial spaceflight has matured significantly in the four years since that initial study. Several companies are now actively developing orbital transfer vehicles and robotic servicing arms designed specifically to grapple uncooperative satellites in low Earth orbit.[2][5]

A ticking clock for intervention

The urgency of the situation is compounded by the telescope's degrading internal systems. Hubble is currently operating in a restricted single-gyro mode to preserve its remaining functional hardware, limiting the types of astronomical observations it can perform.[3][4]

Operating on just one gyroscope restricts the telescope's ability to quickly pivot between celestial targets, reducing its overall scientific efficiency. While NASA engineers have developed software workarounds to keep the data flowing, physical hardware degradation remains an unavoidable reality.[1][4]

A commercial servicing mission could potentially install fresh gyroscopes or attach an external stabilization module, restoring the observatory's full pointing capabilities. However, any physical interaction with the telescope carries the risk of damaging its delicate solar arrays or scientific instruments.[3][5]

NASA has emphasized that the October notice is strictly an information-gathering exercise, and no funding has been allocated for a flight. The agency is effectively preparing for two futures simultaneously: a triumphant commercial rescue, or a dignified, guided farewell.[1][2]

The next critical checkpoint arrives at the end of November 2026, when the commercial responses are due. NASA will then evaluate the submissions to determine whether the private sector is truly ready to take the baton from the Space Shuttle program.[1][2]