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Since 2014, over 120 projects in 50 countries have used Kongsberg NanoAvionics’ technology.
CONTECSAT-1 contains an integrated multispectral imager supplied by a NanoAvionics partner with 1.5-meter resolution.
The ESRA mission represents the maiden flight of a NanoAvionics-built satellite in Geosynchronous Transfer Orbit.
M16P from NanoAvionics provides payload downlink data speeds of up to 100 Mb/s on X-Band and uses a payload controller with dual ARM A9 CPUs running Linux.
M16P from NanoAvionics uses GaAs solar panels with triple-junction GaInP/GaInAs/Ge epitaxial structure solar cells with an efficiency of up to 30%.
The 4RW0 reaction wheel system from NanoAvionics requires a 5 V supply, has a power consumption of 0.6 W, a mass of 0.665 kg, and measures 92.5 × 92.5 × 0.051 m.
Kongsberg Defence & Aerospace acquired NanoAvionics in 2022 as part of a strategy to grow its space business.
Two of OQ Technology’s additional satellites will use satellite platforms from Lithuania’s NanoAvionics.
Absolut Group ordered a demo cubesat called Gen1 from NanoAvionics in December for a launch in early 2024 that will use sensors at very low temperatures to detect greenhouse gas leaks.
SpeQtral has selected Kongsberg NanoAvionics as the satellite platform provider for the SpeQtral-1 mission.
Rob Beddington, CTO of SpeQtral, supports the partnerships with NanoAvionics and Mbryonics for the SpeQtral-1 mission.
NanoAvionics provides modular smallsat platforms and has a track record of building and launching in-orbit demonstration missions.
NanoAvionics will provide a CubeSat satellite platform for the SpeQtral-1 mission.
NanoAvionics is a leading smallsat bus manufacturer and mission integrator with modular smallsat platforms used for in-orbit demonstration missions.
SpeQtral selected Kongsberg NanoAvionics as the satellite bus provider for the SpeQtral-1 mission.
NanoAvionics supplied its flight-proven multi-purpose 6U M6P nanosatellite bus for the NinjaSat1 mission.
NanoAvionics supplied its flight-proven multi-purpose 6U M6P nanosatellite bus for the NinjaSat1 mission.
Absolut Group ordered a 16U demonstration satellite called Gen1 from Lithuanian manufacturer NanoAvionics for a launch in early 2024 that would use very low temperature sensors to detect greenhouse gas leaks.
NinjaSat is the first mission utilizing Mitsui Bussan Aerospace’s One Stop Service that uses the NanoAvionics satellite platform.
On 2023-08-07, NanoAvionics was preparing to ship a nanosatellite slated to launch that fall to study black holes and neutron stars from low Earth orbit.