Updated
Updated · Space.com · Nov 10
ASTRA Robot Builds 1.4-Meter Antenna in Space, Marking First Autonomous Orbital Construction
Updated
Updated · Space.com · Nov 10

ASTRA Robot Builds 1.4-Meter Antenna in Space, Marking First Autonomous Orbital Construction

3 articles · Updated · Space.com · Nov 10

Summary

  • A DARPA-backed ASTRA robot assembled a 1.4-meter reflective antenna structure in orbit without human hands-on control, a first for autonomous in-space construction.
  • The Caltech-led test used Kapton film, composite fiber tubes and aluminum joints to show spacecraft can be built beyond rocket fairing limits rather than folded for launch.
  • Vigoride 7 carried the payload after a March 30 launch on SpaceX's Transporter-16 mission, but 15-minute daily communication windows left the team short of time to complete the full truss.
  • DARPA's NOM4D program is targeting structures hundreds of meters to kilometers wide, with potential uses in communications, giant telescope mirrors and large solar arrays.

Insights

How will autonomous robots building massive structures in the vacuum of space revolutionize our future space telescopes and satellite networks?
What hidden technical hurdles stopped the autonomous space robot from finishing its orbital construction before time ran out?
If robots can build giant satellites in orbit, will this completely eliminate our reliance on massive and expensive launch vehicles?