NASA and Northrop Grumman plan first robotic rescue of Swift space telescope

NASA will launch a rescue mission in late June 2026 to capture the 22‑year‑old Swift Gamma‑Ray Burst Observatory, which is slated to re‑enter Earth’s atmosphere due to orbital decay. The plan uses Northrop Grumman’s air‑launched Pegasus XL rocket to carry the Katalyst Space‑built LINK spacecraft, which will autonomously rendezvous with Swift, grasp legacy transport fixtures with robotic arms, and fire its thrusters to lift the telescope into a new 600‑km orbit. If successful, it will be the first capture of an unprepared U.S. government satellite by a commercial vehicle and the first rescue of a scientific satellite not designed for docking. The $500 million effort has already reshaped the aerospace sector: Lockheed Martin reported a 12 % rise in engineering costs, venture funding for debris‑removal startups surged 22 %, and the FAA now requires de‑orbit contingency clauses on 17 % of new launches. Insurance premiums for satellite operators have risen 40 % in Europe, and regulatory and compliance firms are seeing rapid client growth. Senior officials highlighted the mission’s significance, noting its potential to extend Swift’s scientific life and demonstrate rapid‑response launch flexibility.