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NASA launches rescue mission to safeguard Swift space telescope

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This article was produced with AI assistance and editorially curated from public sources.

Rescue mission for Swift

NASA has dispatched an emergency flight to keep the Swift space telescope from a premature re‑entry into Earth’s atmosphere. The observatory, operational since 2004, is gradually losing altitude due to atmospheric drag.

A Pegasus launch vehicle will perform its final flight, carrying a dedicated retrieval capsule designed to rendezvous with Swift and lift it to a safer orbit.

The launch took place from Vandenberg Space Force Base in California. After lift‑off, the Pegasus booster will place the capsule into a low‑Earth orbit, where it will chase down Swift and transfer the satellite to a higher, more stable trajectory.

The operation demands precise navigation, as the capsule must intercept the moving telescope. Engineers have run extensive simulations to fine‑tune the rendezvous burns.

  • Launch time: 03:45 UTC
  • Launch site: Vandenberg Space Force Base
  • Rescue vehicle: Pegasus retrieval capsule
  • Target orbit: 550 km altitude

A successful outcome will allow Swift to continue its high‑energy astrophysics program, monitoring gamma‑ray bursts and supernovae. Failure would mark the end of one of the longest‑running space observatories.

Frequently asked questions

Warum muss Swift gerettet werden?

Der Satellit verliert durch atmosphärischen Widerstand an Höhe und droht, in die Erdatmosphäre einzutreten, wo er verglühen würde.

Was ist das Besondere an der Pegasus‑Mission?

Es ist der letzte Einsatz der Pegasus‑Trägerrakete, die nun ein Rückholmodul transportiert, um Swift zu sichern.

Welche wissenschaftlichen Aufgaben hat Swift?

Swift beobachtet Gammastrahlenausbrüche, Supernovae und andere hochenergetische astrophysikalische Phänomene.