NASA Wants to Make Spacecraft Parts Right on Low Earth Orbit

This updated guide examines NASA Wants to Make Spacecraft Parts Right on Low Earth Orbit and organizes the essential facts, background, and practical takeaways in clear American English.

The purpose of the plan is to apply the most advanced technology currently in manufacturing and manufacturing spacecraft parts into space stations, from which can conduct repair, replacement, overhaul of spacecraft. right in space, saving significant time and money compared to current land repair.

Production and assembly will take place on the NASA Restore Restore-L spacecraft (scheduled to launch in 2023). If implemented as planned, this 'mobile assembly workshop' will significantly extend the service life of satellites operating in low Earth orbit, even if they are not designed to can be repaired and upgraded, which will help the satellite operate more efficiently and reduce the space waste caused by the deactivated and floating satellites in the Left orbit. Lowland.

Especially on the Restore-L spacecraft will be equipped with a type of 'super robot' called Space Infrastructure Dexterous Robot (SPIDER), possesses arms up to 4m extremely flexible, can assemble parts. of spacecraft antennas.

The partnership agreement with Maxar Technologies to build a space-based spacecraft assembly system is only part of NASA's low Earth orbit commercial project. In particular, the core objective is to build partnerships with private technology companies to realize complex space exploration missions with more optimal costs. It will also be particularly useful in supporting missions to send humans to the moon or Mars, as well as servicing and upgrading important space telescopes like the upcoming Hubble or James Webb.

Low Earth orbit (LEO) is about 200 km to 1,000 km from the ground and is where the International Space Station (ISS) is on duty, along with thousands of other satellites. Most artificial objects operating in our space are located in this orbit.