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Technology image of the week features a supersonic parachute.
This 1.25-m diameter ‘Supersonic Parachute Experiment Ride on Maxus’, or #
Supermax, flew piggyback on ESA’s #
Maxus-9 #
soundingrocket on 7 April, detaching from the launcher after its solid-propellant motor burnt out.
After reaching its maximum 679 km altitude, the capsule began falling back under the pull of gravity. It fell at 12 times the speed of sound, undergoing intense aerodynamic heating, before air drag decelerated it to Mach 2 at an altitude of 19 km.
At this point the capsule’s #
parachute was deployed to stabilise it for a soft landing, and allowing its onboard instrumentation and camera footage to be recovered intact.
Read more about how this experiment helped to prove a crucial technology for future spacecraft landing system:
http://www.esa.int/spaceinimages/Images/2017/07/Supersonic_parachute_testingCredit: ESA/Vorticity
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Technology image of the week features a supersonic parachute.This 1.25-m diameter ‘Supersonic Parachute Experiment Ride on Maxus’, or #
Supermax, flew piggyback on ESA’s #
Maxus-9 #
soundingrocket on 7 April, detaching from the launcher after its solid-propellant motor burnt out.After reaching its maximum 679 km altitude, the capsule began falling back under the pull of gravity. It fell at 12 times the speed of sound, undergoing intense
https://squeet.me/photos/esa/image/97663aa13eed95507a7c662cd928df4a