SatRevolution S.A., a Polish company established in 2016, specializes in manufacturing nanosatellites for real-time Earth observation. They design, produce, and operate observational nanosatellites, including the STORK CubeSat platform, and aim to build a constellation of 1,500 satellites by 2028. NASA's "State of the Art Small Spacecraft Technology" report lists SatRevolution as one of only 12 companies worldwide that comprehensively design, manufacture, and place observational nanosatellites collecting optical data in orbits. The company has partnered with organizations like Virgin Orbit and Swedish Space Corporation (SSC).
All verified mentions of this organization in source documents.
One customer, SatRevolution, committed to continue working with Momentus on the Vigoride-1 mission despite the launch delay.
SatRevolution, a customer previously scheduled on Momentus’ January 2021 mission, regards Momentus as a valued resource for commercialization of space and as providing a value-add transport and service platform.
Virgin Orbit announced plans in 2019 to send small satellites to Mars in 2022 for Polish satellite manufacturer SatRevolution.
The timing of Virgin Orbit's third-stage decision is paced by a Mars mission the company plans to launch for Polish satellite manufacturer SatRevolution in the third quarter of 2022.
SatRevolution deployed its first two nanosats, the Swiatowid and the KRAKsat, into orbit from the International Space Station on 2019-07-03.
SatRevolution signed a letter of intent with Virgin Orbit to cooperate on satellite launches.
SatRevolution plans to hire 10 employees for its San Francisco office by the end of 2019.
SatRevolution plans to launch a nanosat production facility in Poland estimated to be worth about 40 million zloty (approximately $10,400,000).
The United Nations Institute for Training and Research, the city of Wroclaw, the Polish Head Office of Geodesy and Cartography, and Virgin Orbit have expressed interest in cooperating with SatRevolution on the REC project.
SatRevolution plans to place 1,024 nanosats into orbit as part of its Real-time Earth-observation Constellation (REC) project.