What is the primary objective of the robotic rescue for the Swift telescope?

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NASA’s robotic rescue aims to stop the Swift telescope from burning up in Earth’s atmosphere

The primary objective of NASA’s robotic rescue mission for the Swift space telescope is to prevent the ageing spacecraft from vanishing into dust by burning up in the atmosphere. The plan is to use a robot that manoeuvres around the telescope, latches on with three movable arms, and tows it into a stable orbit about 300 kilometres higher.
The mission is designed to prevent atmospheric destruction
Swift is currently falling towards Earth, and without intervention it is expected to burn up in the atmosphere. The rescue operation is intended to keep the telescope from reaching that destructive end state.
The robot will attach using three movable arms
After reaching an orbit near Swift, the robot must locate the telescope and manoeuvre around it in space. It then latches on with three movable arms before beginning the tow effort.
The tow is meant to raise Swift into a stable orbit by about 300 kilometres
The recovery involves towing Swift into a stable orbit over at least a month. The target is to move it about 300 kilometres higher, away from the conditions that would lead to atmospheric burn-up.
The effort is framed as giving Swift a second life
The rescue is set up as a long-shot bid to preserve Swift rather than let it be destroyed. If successful, the mission would effectively extend Swift’s usable life by keeping it in orbit.

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What is the primary objective of the robotic rescue for the Swift telescope?

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