Japanese startup to demo robotic arm onboard ISS in 2023 – SpaceNews
TAMPA, Fla. — Japanese startup GITAI strategies to show robotic arm capabilities externally on the International House Station for the initial time future calendar year.
GITAI mentioned July 11 its autonomous, 1.5-meter-extended dual robotic arm procedure (S2) would be mounted on the Bishop Airlock, a module funded by U.S.-based mostly Nanoracks.
The startup aims to achieve NASA’s Engineering Readiness Amount (TRL) 7 from the demonstration, confirming its feasibility as a technological know-how that could be utilised in area.
S2 obtained TRL 6 in February after completing duties inside a thermal vacuum chamber at Tsukuba Room Heart, Japanese area company JAXA’s headquarters in Japan.
GITAI initially demonstrated its robotic know-how onboard the ISS in 2021, when its S1 area system shown the capability to assemble constructions and function switches from inside of the Bishop Airlock.
Sho Nakanose, GITAI’s founder and CEO, said its most current exams carry the firm nearer to flight-certified technological innovation for purposes outside of the ISS, which include on-orbit servicing and lunar exploration.
“Our vision is to supply a protected and cost-effective suggests of labor in room, and this possibility on the Bishop Airlock brings us a person step closer to making that materialize,” he claimed.
The ISS by now features a few, significantly for a longer period robotic arms: Canada’s Canadarm2, the Japanese Experiment Module Distant Manipulator Program (JEMRMS) and the European Robotic Arm (Era) that introduced last calendar year.
U.S. growth
GITAI announced June 22 it experienced opened its U.S. headquarters in Los Angeles and kicked off an engineering-focused recruitment generate to increase its operations.
The facility will be used for engineering, production, and enterprise progress attempts in the nation.
The startup is also functioning with JAXA and Japanese automaker Toyota in Japan to build a crewed pressurized rover for the moon’s surface area.
GITAI is encouraging to create a robotic arm for the Lunar Cruiser rover, slated to start in the late 2020s.
TAMPA, Fla. — Japanese startup GITAI strategies to show robotic arm capabilities externally on the International House Station for the initial time future calendar year.
GITAI mentioned July 11 its autonomous, 1.5-meter-extended dual robotic arm procedure (S2) would be mounted on the Bishop Airlock, a module funded by U.S.-based mostly Nanoracks.
The startup aims to achieve NASA’s Engineering Readiness Amount (TRL) 7 from the demonstration, confirming its feasibility as a technological know-how that could be utilised in area.
S2 obtained TRL 6 in February after completing duties inside a thermal vacuum chamber at Tsukuba Room Heart, Japanese area company JAXA’s headquarters in Japan.
GITAI initially demonstrated its robotic know-how onboard the ISS in 2021, when its S1 area system shown the capability to assemble constructions and function switches from inside of the Bishop Airlock.
Sho Nakanose, GITAI’s founder and CEO, said its most current exams carry the firm nearer to flight-certified technological innovation for purposes outside of the ISS, which include on-orbit servicing and lunar exploration.
“Our vision is to supply a protected and cost-effective suggests of labor in room, and this possibility on the Bishop Airlock brings us a person step closer to making that materialize,” he claimed.
The ISS by now features a few, significantly for a longer period robotic arms: Canada’s Canadarm2, the Japanese Experiment Module Distant Manipulator Program (JEMRMS) and the European Robotic Arm (Era) that introduced last calendar year.
U.S. growth
GITAI announced June 22 it experienced opened its U.S. headquarters in Los Angeles and kicked off an engineering-focused recruitment generate to increase its operations.
The facility will be used for engineering, production, and enterprise progress attempts in the nation.
The startup is also functioning with JAXA and Japanese automaker Toyota in Japan to build a crewed pressurized rover for the moon’s surface area.
GITAI is encouraging to create a robotic arm for the Lunar Cruiser rover, slated to start in the late 2020s.