Berlin Space Technologies (BST) is a German NewSpace company specializing in small satellite systems and technology. As a vertically integrated, end-to-end solution provider, they offer services such as capacity building for emerging space nations and in-orbit demonstration for payloads. BST manufactures small satellite components, platforms (LEOS series), and complete satellite systems, focusing on high-resolution Earth observation. They partner with organizations like Azista BST Aerospace for mass manufacturing and have collaborated with GAUSS and Lunar Resources Registry on propulsion systems and lunar landing vehicles, respectively.
All verified mentions of this organization in source documents.
Nexsat-1 is a 67-kilogram experimental satellite launched for Egypt and involved Berlin Space Technologies of Germany in its development.
LEOS-50 HR from Berlin Space Technologies has a fast target-pointing capability of 5 degrees/sec and an S-band TT&C subsystem with data rates up to 100 Mbit/sec.
LEOS-50 HR from Berlin Space Technologies is a LEO small satellite platform with a design life of 5 years, a mass of 75 kg, and a volume of 570 x 570 x 0.6 m.
LEOS-50 HR from Berlin Space Technologies has a payload capacity of 15–30 kg, a payload volume of 540 x 540 x 0.4 m, and an average payload power consumption of 25 W.
The HRVI-6HD 2nd Generation from Berlin Space Technologies is a flight-proven satellite camera system with a design life of 5 years in LEO and a spectral band of 450-900 nm.
The RWA05 from Berlin Space Technologies is a reaction wheel designed for small satellites with a lifetime of 5 years in LEO orbit.
The RWA05 from Berlin Space Technologies has a mass of 1.7 kg, requires a DC supply of 5-32 V, and has a power consumption of 0.5 W.
The NanoSat Air Bearing developed by Berlin Space Technologies is a test platform dedicated to testing the attitude control system of nano satellites.
Berlin Space Technologies builds Thermal Vacuum (TVAC) chambers to customer specifications for space industry test regimes.