BASS Bi-Axis Sun Sensor
Airbus Defence and SpaceCompact coarse bi-axis sun sensor from Airbus with wide field of view and extensive in-orbit heritage.
5746 flight-proven satellite platforms, components and ground equipment from verified manufacturers worldwide.
Compact coarse bi-axis sun sensor from Airbus with wide field of view and extensive in-orbit heritage.
High-pressure gas storage tanks developed alongside IHI Aerospace's propellant tank line for satellite and launcher pressurization systems.
Diaphragm and surface-tension channel-mesh propellant tank line spanning 3 to 726 liters for launchers and satellites.
Qualified 4kW xenon Hall-effect thruster delivering over 230mN thrust and up to 1673s specific impulse for electric propulsion…
Flight-proven hydrazine monopropellant thruster delivering 23-50N thrust with over 14,800 demonstrated pulses.
Flight-proven 50 N hydrazine monopropellant thruster with 225 s Isp, suitable for satellite orbit control and attitude maneuvers.
Flight-proven hydrazine monopropellant thruster delivering 6.9-19.6N thrust for reaction control and station-keeping.
Hydrazine monopropellant thruster with 24.5 N thrust and Isp > 211 s, qualified for satellite reaction control systems.
Flight-proven hydrazine monopropellant thruster delivering 0.29-1.13N thrust with over 850,000 demonstrated pulses.
Flight-proven hydrazine monopropellant thruster delivering 1.80-5.01N thrust with over 850,000 demonstrated pulses.
Flight-proven 478N MMH/MON3 bipropellant thruster developed for the H-II Transfer Vehicle (HTV), with 316s specific impulse.
Flight-proven 124N MMH/MON3 bipropellant thruster for reaction control on the H-II Transfer Vehicle, with 275s Isp.
Flight-proven 450N hydrazine/NTO bipropellant apogee thruster with 326s specific impulse, widely used on geostationary satellites.
Flight-proven 21.5N hydrazine/NTO bipropellant thruster for geostationary satellite reaction control, with 295s Isp.
Fail-safe CubeSat deployment pod series hosting up to 4 CubeSats per unit with redundant NEA actuation.
Deployable CubeSat solar panel series with single/double-wing lateral configurations for 3U to 8U CubeSat platforms.
Body-mounted CubeSat solar panel series using high-efficiency triple junction UTJ cells, spanning 1U to 8U configurations.
Modular CubeSat structure series from 1U to 16U with PC104-compatible board stacks and configurable deployment switches.
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