NASA is initiating an unprecedented robotic salvage operation to prevent the Swift Observatory from burning up in Earth’s atmosphere, with the launch of a privately built servicing spacecraft as early as 30 June from the Marshall Islands. The telescope, which since 2004 has been a rapid-response instrument for gamma-ray bursts and stellar explosions, has lost altitude faster than projected because of heightened solar activity expanding the upper atmosphere. Without intervention, Swift would descend below the critical 300-kilometre threshold by October, forcing a mission failure. The agency has already shut off its instruments to reduce drag, and the rescue – if successful – would return it to science operations by September.

The autonomous spacecraft Link, built by Colorado startup Katalyst Space Technologies, will take roughly a month to rendezvous with the 1.6-tonne observatory and a further two months to nudge it from 360 to 600 kilometres. Weighing about 400 kilograms and equipped with three robotic arms featuring grippers, Link must capture a target never designed for in-orbit servicing. Katalyst’s chief executive, Ghonhee Lee, described the mission as the first American space robot to perform such a manoeuvre, a capability he argues could be extended to the Hubble Space Telescope within a few years. The contract came with only two instructions from NASA: act quickly and do no harm.

The rescue unfolds alongside two other developments that illustrate the broadening tensions in orbital operations. On 23 June, a SpaceX Falcon 9 lofted a capsule called Starfall under a cloak of secrecy. Official U.S. regulatory documents describe the cylinder-shaped spacecraft as a logistics and in-space manufacturing platform, but the minimal public disclosure and the rocket’s flight profile have led analysts in Moscow to suspect a dual-use mission, possibly for delivering military drone swarms. Separately, plans to deorbit the International Space Station into the Pacific Ocean’s Point Nemo by early 2031 are drawing formal protests from Latin American environmental organisations and maritime legal experts. They warn that the convention on space liability does not cover cleanup obligations in international waters, leaving uncertain the ecological impact of surviving debris on seabed biodiversity.

The immediate focus remains on the Swift liftoff, which North American officials acknowledge carries no guarantee. A successful docking would not only prolong a telescope valued at hundreds of millions of dollars but also validate a business case for satellite life-extension services. The next milestone will be the post-launch press briefing from NASA and Katalyst, where the mission’s early orbital checkout sequence is expected to be detailed.