Berlin Space Technologies (BST), headquartered in Germany, has established itself as a leading provider of small satellite solutions and space infrastructure. With over 30 years of experience and a robust in-house development capability, BST enables sovereign space access through scalable platforms, smart subsystems, and end-to-end mission support. The company is known for combining German engineering precision with agile satellite manufacturing, supporting both government and commercial operators across the globe.

Technology and Innovation

At the heart of Berlin Space Technologies’ innovation strategy lies the modularity of its satellite systems. The company leverages a vertically integrated design and production model, allowing it to deliver flight-proven spacecraft in under 12 months. BST’s proprietary software stack includes simulation tools like SATSIM and advanced command and data handling systems, ensuring high autonomy and control. Their subsystems integrate compact form factors with radiation-tolerant design, enabling operations in diverse orbital environments with minimal intervention.

Products and Services

Berlin Space Technologies offers one of the most complete catalogs in the small satellite market. Their solutions span spacecraft platforms, scientific payloads, onboard electronics, testing systems, and even data analytics. Below is a breakdown of their core product categories:

Satellite Systems

Berlin Space Technologies’ satellite platforms are known for their scalability, modularity, and short delivery timelines. The LEOS-50 satellite bus is a compact platform designed for Earth observation and science missions, supporting payloads up to 50 kg. It’s ideal for operators seeking efficient mid-resolution imaging or remote sensing. For more advanced missions, the LEOS-100 bus offers greater capacity and flexibility, capable of hosting payloads up to 100 kg, commonly used in high-resolution imaging and data relay missions. BST also supports nanosatellite configurations and educational platforms as part of its commitment to building sovereign space capabilities globally.

Payloads

Berlin Space Technologies’ optical payloads provide high-quality imagery across various mission requirements. The HRVI-6HD 2nd Gen is a sub-meter resolution imaging system optimized for agriculture, defense, and urban analytics, offering wide swath coverage and multispectral capabilities. A more compact option, the HRVI-2HD, delivers 2-meter resolution while maintaining high imaging throughput, making it ideal for cost-effective monitoring applications. To complement the imaging hardware, BST’s RAW2GIS software automates the transformation of raw image data into ready-to-use GIS formats, accelerating time-to-insight for customers.

Subsystems

BST's subsystems ensure robust satellite performance across mission durations and orbital environments. For attitude determination, the ST200 and ST400 star trackers provide high-accuracy orientation data using advanced optical sensors. Actuation is handled by the RWA-05 reaction wheel, with smooth torque and low jitter, crucial for precision-pointing applications. Power management by the PCU-110 unit, which regulates solar and battery input, while the BAT-110 modular battery ensures safe, scalable energy storage using lithium-ferrite chemistry. Control operations are centralized through the CDH-110 board, which integrates onboard data handling and communication protocols. Energy generation is supported by the SP12S2P solar panels, which use triple-junction GaAs cells to deliver reliable output in LEO missions.

Ground Support Equipment

Berlin Space Technologies’s ground systems enable efficient pre-launch validation and integration. Their Mechanical Ground Support Equipment (MGSE) includes custom frames and fixtures to securely handle spacecraft during assembly and testing. Electrical validation is conducted using Electrical Ground Support Equipment (EGSE), which supports standard protocols like CCSDS, CAN, and RS422 for subsystem interface testing. For environmental qualification, BST provides thermal vacuum chambers (TVAC) that simulate space conditions and verify system performance under launch-like stresses.

Image Intelligence

Beyond spacecraft hardware, Berlin Space Technologies delivers advanced tools for image processing and mission analytics. The RAW2GIS platform facilitates seamless conversion of raw EO data into orthorectified GIS-ready formats, reducing the time from acquisition to application. The PPDH-110 payload data handler manages onboard payload scheduling, data storage, and downlink coordination, enhancing mission automation and maximizing data throughput.

The company has also expanded its presence in capacity-building programs, particularly in Africa and Southeast Asia, where it delivers turnkey solutions from hardware to knowledge transfer. Recent mission support also includes in-orbit demonstrations for commercial customers, showcasing the reliability of LEOS platforms and imaging payloads under real mission conditions.

Berlin Space Technologies is scaling the production of its LEOS satellite family and expanding satellite-as-a-service offerings. Upcoming developments include next-generation optical payloads, AI-enabled onboard processing and faster bus-to-orbit timelines. The company also plans to enhance its ground segment capabilities and extend its partnerships in international capacity-building efforts, making space more accessible for new and emerging players.

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