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The agreement to fly Dragonfly’s Mantis imaging payload on NanoAvionics D2/AtlaCom-1 was reached in October 2020.
The five payloads on the NanoAvionics 6U D2/AtlaCom-1 nanosatellite are Dragonfly Aerospace’s Mantis hyperspectral imager, CubeCom’s high-gain XANT4 X‑Band antenna and an upgraded XTX X‑band downlink transmitter, CubeSpace’s CubeStar Star Tracker, and Accion Systems’ TILE Thruster.
The second satellite onboard Transporter-2 is OQ Technology’s Tiger-2, a 6U spacecraft built by NanoAvionics.
NanoAvionics built, tested, and launched the D2 / Atlacom-1 satellite in eight months.
NanoAvionics builds about 95% of its satellite subsystems in-house with a controlled stock of components and raw materials.
NanoAvionics intends to hire around 100 people by the end of 2022, with about half of those hires for the Columbia hub.
NanoAvionics will develop the only satellite manufacturing facility in Columbia, Illinois to serve as its main U.S. hub.
NanoAvionics will produce numerous nano- and microsatellite buses at the Columbia facility for both single missions and constellations.
NanoAvionics has already tested the first satellites at its Columbia facilities for U.S. customer missions.
NanoAvionics signed a contract with OQ Technology to build, integrate, and operate a smallsat named Tiger-2 for OQ Technology’s 0.005 kg IoT mission.
Tiger-2 continues the collaboration between NanoAvionics and OQ Technology following MACSAT, which is the world’s first agile smallsat mission dedicated to 0.005 kg IoT in low Earth orbit led by OQ Technology and supplied by NanoAvionics.
NanoAvionics will build, integrate, and operate a 6U nanosatellite called Tiger-2 for launch in 2021.
OQ Technology ordered a second satellite from NanoAvionics on 2021-05-10 to connect IoT devices to 0.005 kg technology.
NanoAvionics established communications with Bravo, the second smallsat it built and launched for Aurora Insight.
NanoAvionics built the M6P buses, integrated the sensor payloads, and provided launch and operation services for Aurora Insight.
NanoAvionics announced plans on 2021-03-23 to build larger microsatellites, expanding from buses in the 12- to 35-kilogram range to 50 kg or more.
OQ Technology announced on 2021-04-06 that Lithuania-based NanoAvionics is building a satellite called MACSAT based on a 6U cubesat bus equipped with S-band transceivers.
OQ Technology selected NanoAvionics to build the company’s MACSAT satellite mission.
NanoAvionics will build and test a 6U smallsat platform to host the MACSAT communication payload.
NanoAvionics expects to grow fivefold across its entire service portfolio for nano- and microsatellite missions and to produce about 120 satellites per year by 2025.