spacecraft's to have many small thrusters on its body to help with orientation and translation. The surface sample will be taken by an arm on the spacecraft that extends outward. It's a telescoping arm so the surface sampler can touch the surface for about the 3 seconds it needs for the correct amount of it. It releases nitrogen gas to push the regolith or light surface rock, into the sample canisters. It'll put the canister into the sample return capsule and go on its return trip back to Earth, where the capsule will parachute back into Utah and the spacecraft will burn up in the atmosphere. It is planned to return in September of 2023.
Saturday, September 10, 2016
NASA's OSIRIS-REx launches toward the asteroid Bennu
spacecraft's to have many small thrusters on its body to help with orientation and translation. The surface sample will be taken by an arm on the spacecraft that extends outward. It's a telescoping arm so the surface sampler can touch the surface for about the 3 seconds it needs for the correct amount of it. It releases nitrogen gas to push the regolith or light surface rock, into the sample canisters. It'll put the canister into the sample return capsule and go on its return trip back to Earth, where the capsule will parachute back into Utah and the spacecraft will burn up in the atmosphere. It is planned to return in September of 2023.
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