All verified mentions of this organization in source documents.
Dragonfly Aerospace is investing in a facility near Cape Town International Airport in South Africa to build microsatellite constellations and radiation-resistant optical components.
Dragonfly Aerospace was carved out from South African technology company Space Commercial Services and expanded from 15 staff to more than 100.
Max Polyakov and EOS Data Analytics planned to expand cooperation with Dragonfly Aerospace, potentially extending their contract to a seven-satellite constellation after validation of the first satellite in 2022.
Dragonfly Aerospace plans a production line at its Cape Town-area facility that could produce 16 satellites in parallel, up to 48 satellites per year.
Dragonfly Aerospace’s planned 3,000-square-meter facility will specialize in 50-600-kilogram satellites.
Dragonfly Aerospace will build two satellite cameras for EOS Data Analytics’ first satellite, a crop-monitoring spacecraft slated to launch in 2022.
Dragonfly Aerospace began developing its camera technology in 2016 and first demonstrated it on the nSight-1 satellite in 2017.
Dragonfly Aerospace’s commercial strategy includes partnering with satellite bus providers and eventually delivering microsatellite solutions.
Dragonfly Aerospace plans to produce small satellites that could be launched by Firefly Aerospace.
Dragonfly Aerospace delivered a customised Gecko electro-optical imager to Loft Orbital to fly on the YAM-3 satellite due to launch in 2021-04-01.
Bryan Dean is the CEO of Dragonfly Aerospace and the company’s strategy is to partner with companies worldwide to deliver persistent high-quality imaging of the Earth.
Dragonfly Aerospace delivered a customized Gecko electro-optical imager to Loft Orbital to fly on Loft Orbital’s YAM-3 satellite.
Dragonfly Aerospace’s corporate strategy includes partnering with global companies to deliver persistent high-quality Earth imaging.
Dragonfly Aerospace signed a contract to develop and deliver high-resolution electro-optical imagers for Pixxel’s planned satellite constellation.
Dragonfly Aerospace signed a contract to develop and deliver high-resolution electro-optical imagers for Pixxel’s planned satellite constellation.
Dragonfly Aerospace has experience in Earth observation satellite missions dating back to the 1980s.
Addvalue Technologies Ltd's subsidiary, Addvalue Innovation Pte Ltd, entered into a memorandum of understanding with Dragonfly Aerospace for a joint marketing collaboration.
Dragonfly Aerospace progressed to satellite launch in 2018 and later to imager launch in 2020.
Dragonfly Aerospace will provide an X-band data download ground station for the HyperActive mission.
The HyperActive mission is designed to demonstrate the performance of Dragonfly Aerospace’s miniature hyperspectral imager together with a high-gain X-band antenna and an upgraded X-band downlink transmitter from CubeCom of South Africa.