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T O P I C R E V I E WRobert PearlmanGoPro Awards video On Nov. 6, 2015 UP Aerospace Inc. launched the 20-foot (6 meter) tall SL-10 rocket into near-space. The mission: deploy the Maraia Capsule testing the aerodynamics and stability of the payload on re-entry to the atmosphere. The rocket reached an altitude of 396,000ft (120,700 meters) and speeds up to Mach 5.5 (3800mph or 6115km/h) at engine burnout. SkyMan1958Does anyone have any idea why the second stage is disconnected from the first stage (around 1:50 in the clip)? After all, if the payload is already ejected, what is the point of splitting the rocket up into first and second stages? Or is the "second stage" the actual payload and the camera was placed in what was in essence the fairing?cycleroadieWhile this is higher than anything I've ever seen done personally, in model rocketry, normally all stages parachute to the ground, the stages most likely split apart due to the chutes not being able to support the total weight, so each stage gets its own chutes.Robert PearlmanAccording to NASA, the camera was in the nose fairing, and what it captured was the UP Aerospace booster separating and ejecting the Maraia capsule. ...this was the first launch where payloads were ejected separately requiring independent re-entry under individual parachutes into the atmosphere.SkyMan1958Thank you for the info and the link!sev8nCan anyone comment on what looks like delamination of the composite booster casing around the 1:00 mark? Is this normal?
On Nov. 6, 2015 UP Aerospace Inc. launched the 20-foot (6 meter) tall SL-10 rocket into near-space. The mission: deploy the Maraia Capsule testing the aerodynamics and stability of the payload on re-entry to the atmosphere. The rocket reached an altitude of 396,000ft (120,700 meters) and speeds up to Mach 5.5 (3800mph or 6115km/h) at engine burnout.
...this was the first launch where payloads were ejected separately requiring independent re-entry under individual parachutes into the atmosphere.
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