# NASA Seeks Commercial Solutions for Hubble Space Telescope Servicing or Disposal The agency explores options to extend Hubble's lifespan or ensure a controlled atmospheric reentry. - **Source:** [www.theregister.com - Articles](https://brifing.si/source/2c34ea50-d341-4a10-925d-12c012a9ad10) - **Published:** 2026-10-30 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/67c029f6-4827-4321-b0eb-ceed1e8c9399 ## NASA Issues Request for Information NASA has officially posted a request for information targeting commercial space organizations capable of servicing the aging Hubble Space Telescope. This move seeks to identify potential partners who can address the observatory's future. The agency is evaluating various technical approaches to either extend its operational life or manage its final disposal safely. ## The Challenge of Atmospheric Drag Hubble lacks an onboard propulsion system, making its eventual reentry inevitable without external intervention. NASA estimates a 10 percent probability of atmospheric reentry by September 2032, increasing to 50 percent by December 2033. Increased solar activity significantly accelerates atmospheric drag, complicating the timeline for maintaining the telescope's current stable orbital altitude. ## Operational Longevity and Constraints The telescope recently transitioned to a one-gyro mode to preserve its remaining operational capacity. Despite its age, Hubble remains in high demand, currently reporting a 7:1 oversubscription rate among scientists. With no replacement like the Habitable Worlds Observatory expected before the 2040s, maintaining Hubble's functionality has become a critical strategic priority. ## Potential Mission Profiles Evaluated NASA is considering three primary mission outcomes: boosting the telescope to an orbit above 600 kilometers, enhancing its current performance, or performing a controlled reentry. A soft-capture mechanism installed during the 2009 STS-125 mission facilitates potential docking. These options aim to mitigate risks while maximizing the scientific utility of the platform. ## Commercial Servicing Capabilities Technological precedents like Northrop Grumman's Mission Extension Vehicle demonstrate the feasibility of on-orbit satellite servicing. While Hubble presents a significantly more complex engineering challenge than standard satellites, NASA believes these hurdles are surmountable with sufficient funding and time. The agency is currently gathering industry feedback to assess the maturity of these commercial solutions. ## Historical Context of Servicing The last human-led servicing mission occurred in May 2009 via the STS-125 Space Shuttle flight. Previously, NASA astronauts performed all maintenance, but the retirement of the shuttle fleet ended that era. Jared Isaacman previously proposed a SpaceX-led mission to boost the telescope, though that specific plan was ultimately rejected by the agency. ## Risk Mitigation and Safety Because Hubble is a massive structure, an uncontrolled reentry poses a remote risk to ground safety. NASA is prioritizing a controlled disposal strategy to eliminate this uncertainty. By soliciting commercial interest now, the agency aims to secure a viable path forward that prevents the observatory from becoming a hazardous piece of space debris. ## Strategic Future Outlook This request for information is not yet a formal proposal, and NASA has not disclosed expected budget allocations. However, the 2032 deadline remains an immutable constraint for mission planning. The outcome will determine whether Hubble continues its scientific legacy or concludes its mission through a managed, safe descent into the Earth's atmosphere. ## Sources covering this story - https://www.theregister.com/science/2026/10/30/nasa-ponders-a-hubble-servicing-mission-or-a-controlled-deorbit/5306622 — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._