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Magnetic brakes tested in lab to slow high-speed spacecraft reentry

Summary by BIOENGINEER.ORG
A Force Field Against the Fire: Magnetic Shields for Spacecraft Take a Major Leap in the Lab Every spacecraft coming home from orbit survives a descent that is, in essence, a controlled catastrophe. Plowing into the upper atmosphere at several kilometers per second, the vehicle rams air molecules so violently that the gas ahead of […]
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A Japanese team tests a re-entry magnetic brake that diverts plasma to more than 7 km/s and approaches safer and reusable spacecraft. The entrance University of Tokyo tests a re-entry magnetic brake that diverts plasma to more than 7 km/s for safer ships aparece primero en Merca2.

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Researchers at the Metropolitan University of Tokyo have created a new system to test the magnetohydrodynamic braking of spacecraft returning to the atmosphere. Their platform generates intense magnetic fields with a powerful electromagnet when a miniature ship is struck by a shock wave moving more than seven kilometres per second (4.3 km).

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Aroged broke the news on Saturday, August 29, 2026.
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