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The NEASTAR-1 large deployable reflector subsystem includes a 5-meter-diameter L-band antenna reflector, a deployment arm, and associated subassemblies.
The ViaSat-3 Flight 3 satellite has a high-capacity Ka-band payload and an ultra-large deployable reflector.
The ARC-M4-L24 terminal has a 2.4-meter reflector and breaks down into transport cases.
ViaSat-3 F2 next operational steps include reflector deployment.
Viasat and Boeing will begin deployment of Viasat-3 F2’s large antenna reflector now that the satellite is in GEO.
ViaSat-3 F2 required two years of additional work to diagnose the ViaSat-3 Americas (F1) antenna reflector anomaly and implement a fix.
Viasat intends to proceed with the launch of ViaSat-3 F3 on a SpaceX Falcon Heavy in the coming months contingent on successful deployment of Viasat-3 F2’s reflector.
An anomaly during deployment of the ViaSat-3 Americas (F1) antenna reflector reduced ViaSat-3 Americas (F1) to approximately 10% of its designed 1 Tbps capacity.
The FOC-1A antenna has a parabolic reflector 27 meters in diameter.
The NISAR spacecraft collects data with a deployable drum-shaped radar reflector that spans about 39 feet (12 meters) in diameter.
NASA's Jet Propulsion Laboratory leads the U.S. contribution to NISAR, manages the U.S. science team, and built the mission's L-band SAR instrument and its deployable antenna reflector.
The OSS large deployable reflector development was funded through multi-year UK space industrialization initiatives.
The Wrapped Rib Antenna deployment on CarbSAR provides the first flight heritage for Oxford Space Systems’ large deployable reflector.
CSG-FM3 includes a laser reflector array developed by INFN to determine the satellite’s orbital solution with high resolution and improve image georeferencing.
Thuraya-4 includes a 12-meter reflector antenna and operates on the L-band spectrum.
Thuraya-4 is equipped with a 12-meter reflector antenna.
Sener has supplied six mechanically steerable reflector systems for the Ka-band communications payload, installed in a deployable panel with three types of antennas and an angular movement system for each reflector.
The circular radar antenna reflector of NISAR measures 12 meters in diameter and is the largest of its kind ever deployed in space.
HTV-X1 will carry a small reflector for satellite laser ranging (SLR) called Mt.FUJI as part of its technology demonstration mission.