What did NASA ask industry to do?
NASA issued a Request for Information on October 29, 2026. The notice asks commercial space companies to propose ways to extend or end the Hubble Space Telescope’s mission. It covers three options: boosting Hubble to a higher orbit, servicing the observatory, or performing a safe, controlled reentry and disposal.
Responses are due by 3 p.m. EST on Monday, November 30. NASA says a mission would need to take place by 2032. The agency expects the telescope to reenter the atmosphere in the 2033 to 2034 timeframe.
The document is a request for information, not a request for proposals. The Register reported that NASA has not indicated how much it expects to pay. The agency’s public announcement did not include a budget.
The three options imply different missions. A reboost is the simplest in principle: capture the telescope and raise its orbit. Servicing is broader and could include repairs or upgrades. Disposal is a one-way trip designed to end the mission safely.
The RFI is a market research step. It does not commit NASA to buying anything.
NASA Administrator Jared Isaacman said the agency should examine “every reasonable opportunity to keep it delivering for as long as possible.” He framed the search as an obligation to taxpayers and the scientific community.
Hubble is a joint NASA and European Space Agency project. NASA’s Goddard Space Flight Center manages the telescope. The Space Telescope Science Institute in Baltimore conducts its science operations.
NASA has asked industry for Hubble rescue ideas before. A request published in December 2022 sought concepts for a reboost demonstration. That effort did not lead to a funded mission.
Why is the Hubble Space Telescope falling?
Hubble has no propulsion system, so it cannot raise its own orbit. Drag from Earth’s thin upper atmosphere slowly pulls the telescope down. NASA says that process will continue.
Hubble orbits roughly 300 miles, or 483 kilometers, above Earth. It completes about 15 orbits a day and moves at roughly 8 kilometers per second, according to NASA.
The decay rate is not fixed. The upper atmosphere expands and contracts with solar activity, so drag changes over time. The Register, citing NASA figures, reported a 10 percent chance of reentry by September 2032 and a 50 percent chance by December 2033.
NASA’s own estimate puts likely reentry in 2033 or 2034. The two figures describe the same problem. The telescope is losing altitude, and the exact date depends on conditions in the upper atmosphere.
The end of NASA’s Swift mission offered a recent example. The Register noted that increased solar activity can cause greater-than-expected drag. Hubble’s window carries the same uncertainty.
NASA wants any reboost to raise Hubble to at least 600 kilometers, or about 373 miles. That is about 117 kilometers above the altitude NASA lists for Hubble today. The higher orbit would slow the decay.
Hubble has been moved before. Gizmodo noted that Space Shuttle Columbia nudged the telescope higher during a 2002 servicing mission. The last shuttle visit, STS-125, launched on May 11, 2009, and was expected to add about five years of life, The Register reported.
More than 17 years later, Hubble is still operating. The shuttle fleet is grounded. NASA no longer has a crewed vehicle with the tools and astronauts needed to repeat the job.
What would a Hubble rescue mission involve?
A mission would begin with rendezvous and capture. Hubble carries a soft-capture mechanism installed during STS-125. The Register says the fixture should make docking easier than grappling a satellite without one.
After capture, a commercial vehicle could raise the orbit, service the telescope, or steer it into a controlled reentry. NASA’s notice asks about current or near-future capabilities, not just concepts.
A reboost and a servicing visit are different missions. A reboost needs a vehicle that can catch Hubble, push it higher, and release it. Servicing needs tools, a workspace, and hardware that can survive the trip.
Gizmodo reported that applicants would need to plan the mission, supply and launch their own spacecraft, and ensure no harm comes to Hubble. A failed capture could create debris or end the mission early.
Hubble was built for servicing. NASA says it was the first space-based observatory designed for in-orbit repair, and astronauts visited it five times between 1993 and 2009. They replaced batteries, gyroscopes, solar cells, and electronic boxes.
Those visits relied on the shuttle and spacewalking astronauts. A commercial mission could use a robotic vehicle, a crewed capsule, or a combination of both. NASA has not specified a preferred approach.
Hubble’s primary mirror is 2.4 meters across, and the telescope has made more than 1.7 million observations. A capture vehicle would have to handle a large, valuable payload without adding to the debris already in orbit.
Existing commercial servicing has limits. The Register pointed to Northrop Grumman’s Mission Extension Vehicle, which has extended the lives of satellites in orbit. The same article called Hubble “an order of magnitude more challenging” than those targets.
The most detailed public concept came in 2022. NASA signed a Space Act Agreement with SpaceX to study a Crew Dragon mission that could reboost Hubble, SpaceNews reported. The study was tied to the Polaris Program of private astronaut missions, which SpaceNews described as funded by Isaacman.
SpaceNews reported in October 2026 that NASA was restarting the search “more than two years after concluding existing options were too risky.” Earlier concepts did not clear the agency’s risk threshold. The new notice asks whether industry has changed that calculation.
Hubble now operates in one-gyro mode, a change designed to stretch its remaining pointing hardware. Earlier shuttle crews replaced gyroscopes during servicing visits. NASA has not said whether a commercial mission would include that work.
Who could carry out a Hubble rescue, and who pays?
NASA has not named a favored contractor or a funding level. The Register reported that the notice is not a request for proposals. It gives no indication of what the agency will pay.
The earlier 2022 request told companies to expect a no-exchange-of-funds arrangement, with partners covering mission costs, according to SpaceNews. NASA’s public announcement for the new request does not describe payment terms.
That earlier request was part of a broader push on satellite servicing. SpaceNews reported that NASA wanted to demonstrate commercial capabilities that could also help aging government satellites.
Potential bidders include established satellite servicers and launch providers. The Register cited Northrop Grumman’s MEV as an example. SpaceX has studied a Dragon-based mission. NASA has not named any participants.
Isaacman’s history is part of the context. Before he became NASA administrator, he advocated a SpaceX mission to boost Hubble, The Register reported, and the idea was ultimately rejected. He now leads the agency asking industry for ideas.
A commercial partner would need a reason to spend money on a telescope whose science NASA currently manages. NASA’s public notice describes the options. It does not set out a business model, such as paying for a service or sharing science time.
The November 30 deadline gives companies about a month from the notice. A serious response would need a spacecraft concept, a launch plan, a capture method, and a disposal plan. That is a lot of engineering for a document that may not lead to a contract.
The 2022 request set a January 24, 2023 deadline for responses, SpaceNews reported. NASA did not announce a funded follow-up to that effort.
Why is Hubble still worth saving?
Hubble remains heavily used. NASA reports a 7:1 oversubscription for observing time, according to The Register. The ratio means seven acceptable proposals compete for every available slot.
The telescope has made more than 1.7 million observations since its launch on April 24, 1990, according to NASA. It was designed to observe in visible, ultraviolet, and infrared light.
NASA says Hubble has more than doubled its original lifespan thanks to 32 astronauts who deployed and serviced it. Five servicing missions between 1993 and 2009 replaced limited-life parts and installed new instruments.
Its replacement is not close. The Register reported that no successor is expected before the 2040s, when the Habitable Worlds Observatory could become operational. The James Webb Space Telescope and the Nancy Grace Roman Space Telescope do not remove the demand for Hubble.
Nicky Fox, NASA’s associate administrator for science, said the commercial sector has matured. “Commercial industry has rapidly evolved in recent years to offer new capabilities for in-space satellite capture and servicing,” she said.
The agency frames the decision as a choice about stewardship. A reboost would extend science, a servicing visit could improve performance, and a controlled reentry would reduce risk. Each option carries a different cost and a different level of difficulty.
Isaacman said extending Hubble would bring “more discoveries, more science, and more opportunities” to understand the universe. NASA has not said which option it prefers.
What happens if no mission reaches Hubble?
Without intervention, Hubble will reenter on its own. NASA says the telescope cannot maintain its orbit. The Register notes that the reentry would be uncontrolled.
The Register noted that Hubble is massive enough that debris could pose a remote risk to people on the ground. A controlled reentry is one of the options in NASA’s notice. It would require a vehicle to capture Hubble and guide it down.
The scientific cost would arrive before the physical one. Hubble’s observing time is oversubscribed, and no successor is expected until the 2040s. A gap would leave astronomers without new Hubble observations for years.
Timing is the hard part. NASA wants a mission by 2032, but the telescope could reenter earlier if solar activity increases drag. The Register linked the end of the Swift mission to exactly that kind of surprise.
Even a controlled disposal would be a mission. It would need a capable vehicle, a launch, and a plan that does not add debris. NASA’s notice treats disposal as a valid outcome, not a failure.
What should we watch next?
The first milestone is November 30, when responses are due. NASA will then have to decide whether the ideas are credible, affordable, and safe enough to pursue. The agency’s announcement did not include a review schedule.
Any funded effort would face a tight schedule. A mission must occur by 2032, and the vehicle would have to be ready years earlier. The notice’s focus on near-future capabilities suggests NASA wants mature proposals rather than paper concepts.
Watch whether NASA attaches money to the effort. An RFI can produce useful information without a procurement, and The Register reported that no payment level has been indicated. A follow-on request for proposals or a funded study would be a stronger signal.
Watch the commercial field as well. Northrop Grumman’s MEV and SpaceX’s Dragon study are the public reference points. Neither has demonstrated a Hubble-class reboost. A credible bid would need to explain capture, propulsion, and disposal in detail.
Watch the Habitable Worlds Observatory too. NASA is developing it as a successor, and The Register places its possible operations in the 2040s. Hubble’s fate will shape the gap between the telescope’s end and the next flagship’s start.
NASA could also decide the responses do not justify a mission. Hubble would then continue operating until drag takes over.
For now, Hubble is still working. NASA is asking whether industry can give it more time. The answer will arrive in stages: first as submissions, then as a decision, and finally as a mission that may or may not fly.