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 Artemis I mit ungewöhnlichem Wiedereintritt in Erdatmosphäre infographic
Grafik zeigt wie die Orion Kapsel in die Erdatmosphäre eintaucht.


Artemis I ungewöhnlicher "Langsprung Wiedereintritt" in Erdatmosphäre

By Ninian Carter

December 7, 2022 - Die Orion Kapsel von Artemis I wird bei Wiedereintritt wie ein Stein über die Erdatmosphäre hüpfen – eine Technik, die noch nie für ein bemanntes Raumfahrzeug zur Anwendung gekommen ist.

The uncrewed Orion spacecraft, currently flying home from the moon, must survive 2,700°C temperatures when it slams into Earth’s atmosphere on Sunday.

NASA’s $20 billion Orion vehicle will return to Earth at a speed in excess of 32,000km/h – the fastest and hottest for any crew-rated spacecraft in history.

However, NASA is hoping a technique known as “long skip re-entry” will assist the capsule during the final leg of its mission, as opposed to a single deceleration event like the ones used for returning Apollo moon missions.

Orion carries an innovative new heat shield to deal with the high temperatures, and is dependant upon the success of the skip re-entry procedure in which the spacecraft will bounce off the atmosphere, temporarily return to space and then perform a second reentry – lessening aerodynamic braking loads and temperatures, and lessening g-forces for a smoother ride.

Orion is due to splashdown in the Pacific Ocean off the coast of San Diego on Sunday, December 11 around 1740GMT.

PUBLISHED: 08/12/2022; STORY: Graphic News