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Mitsubishi Electric Corporation developed an on-orbit additive-manufacturing technology that uses photosensitive resin and solar ultraviolet light to 3D print satellite antennas in the vacuum of outer space.
As of 2022-05-17, Mitsubishi Electric developed the world’s first photosensitive resin with stability suitable for extruding and curing in vacuum.
Mitsubishi Electric's 0.165 m antenna reflector achieved a measured gain of 23.5 dB in the Ku-band at 13.5 GHz.
Mitsubishi Electric will continue developing satellite systems intended for forthcoming satellites QZS-5 to QZS-7.
Mitsubishi Electric Corporation built and delivered the QZS-1R satellite to the Cabinet Office of Japan.
RAISE-2 was built by Mitsubishi Electric Corporation to test six different space technologies, including a small sensor called MARIN designed to gauge position, altitude, and velocity of orbiting satellites.
MDA Ltd. was awarded the contract by Mitsubishi Electric Corporation to provide a Laser Rangefinder (LRF) altimeter for JAXA's MMX mission.
The Mitsubishi Electric-built Es’hail-2 satellite launched on a SpaceX Falcon 9 for Qatari operator Es’hailSat.
Mitsubishi Electric will develop a standardized platform for small 100 kg-class satellites to use alongside its DS2000 platform for large standardized satellites.
The Japan Aerospace Exploration Agency selected Mitsubishi Electric to build a 100-kilogram satellite that would set the foundation for a constellation-grade satellite capable of serial production.
Airbus won the two-satellite Turksat order over Space Systems Loral and Mitsubishi Electric in a tender first announced in October 2017 and closed in November 2017.
In 2014, Es’hailSat purchased its second satellite, Es’hail-2, from Mitsubishi Electric.
A shipping incident in 2016 damaged the first Mitsubishi Electric-built satellite and caused a two-year launch delay for JSAT's payload.