[Red Badger]

BRAVE AI:

The Swift Boost mission, also known as the Swift Rescue Mission, successfully launched on July 3, 2026, to save NASA’s Neil Gehrels Swift Observatory from orbital decay and atmospheric reentry.

Mission Details

Operator: Katalyst Space Technologies built the LINK spacecraft under a $30 million NASA contract awarded in September 2025.

Launch Vehicle: The mission utilized a Northrop Grumman Pegasus XL rocket, air-dropped from a modified L-1011 aircraft over the Marshall Islands to reach Swift’s low inclination orbit.
Objective: LINK will rendezvous with the 2004-era telescope, which is currently at a dangerously low altitude of 224 miles (360 km) due to solar activity.

Methodology: Using three robotic arms and ion thrusters, LINK will attach to Swift’s structural features and gradually boost its orbit back to approximately 373 miles (600 km).
Status and Significance

Current Status: LINK has successfully reached orbit and is undergoing system checkouts; it is expected to reach Swift in about a month.

Historical Context: This is the first attempt to robotically capture and reboost an unprepared, non-cooperative satellite in low Earth orbit.

Outcome: If successful, the mission will extend Swift’s operational life by up to 10 years, preserving its critical capability to detect and characterize gamma-ray bursts.

[Robert A Cook PE]

Risky - This was a very quick, very short design-build-test-launch sequence flight. Even more risky for a new company, flying a new mission on new rockets.

But, it worked.

One important requirement of the flight the unusual inclination of the mission orbit - “Conventional” launches from established land-side facilities “might” be able to match orbits but it was much better to launch from an air-dropped platform at a specific point over the Pacific Ocean in a specific direction at a very specific time: Couldn't do that from the existing bases in Florida, French Guinea coast, Vandenburg, or Soviet Union-Chinese bases on land. Unmanned obviously, small payload.

No area and orbital direction limits either when up high with a smaller rocket over the middle of nowhere away from any city or state.

So far, it is flying, in space, in a usable orbit. We'll need time to match orbits and see if the hookup and propulsion parts of the mission work.

[VanShuyten]

Can they do this with Hubble? I hate to think of that burning up.