HARDWARE / PRODUCTUpdated 24 Jul 2026

German Orbital Systems Satellite Platforms

German Orbital Systems
German Orbital Systems Satellite Platforms

German Orbital Systems offers a range of CubeSat platforms (3U, 6U, 16U) designed with a 'new space' philosophy, emphasizing modularity, COTS components, and rapid mission execution.

Typed specifications2 values

Discloses 0 of 7 fields engineers filter by in this category (category median 3).

Flight heritage
12
product page
Missions flown
11
product page

Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.

As published by the supplier24 lines, in the manufacturer's own wording
3u platform
D-STAR ONE Platform
3u platform TRL
9 – flight heritage
3u platform AOCS
Active/passive
3u platform free space
1.5-2U
3u platform data downlink
S band
3u platform power
Up to 24 W
6u platform
RAVEN Platform
6u platform TRL
9 – flight heritage
6u platform AOCS
Active
6u platform free space
4U
6u platform data downlink
X / S band
6u platform power
Up to 72 W
16u platform
SLOT Platform
16u platform TRL
7 – Engineering model developed and tested
16u platform AOCS
Active
16u platform free space
8U
16u platform data downlink
X band
16u platform power
Up to 164 W
16u platform other
Propulsion module
Mission execution time
Within 6 months from contract signature to launch readiness
Years of heritage
12
Years on the market
9
Satellites launched
11
Hours of operations
600+

About

German Orbital Systems provides turnkey solutions for space missions, satellite components, and consulting services, focusing on a ‘new space’ philosophy that maximizes the utilization of COTS components and a building block system. Their platform design approach guarantees maximum value within shared satellite mission boundary conditions and optimal costs. Key features include a software-defined core with digitally controlled converters and switches in redundant configurations, modularity accommodating up to 20 small PCB-based payloads or a 4U payload block, and advanced operations with an autonomous scheduler to optimize payload duty cycles. Flexible payload handling is enabled by dedicated Interface Controller chips that can run user-defined scripts. Optional add-ons include double deployable solar panels and supplementary attitude sensors. The agile approach allows for satellite missions to be ready for launch within 6 months from contract signature. The platforms are suitable for applications such as Earth Observation, Student Projects, Scientific Experiments, In-Orbit-Verification, and ADS-B. They offer low cost, short lead times, late payload delivery for integration, flexible design, jitter-free ADCS, broadband downlink, and options for deployable arrays and propulsion. German Orbital Systems focuses on customers envisioning their first tech demo or small constellation, and those with novel, non-standard payloads, offering tailored solutions at standard product costs. They also offer a 3U GROOVE platform for shared missions, reducing costs by an order of magnitude, intended as a Proof-of-Concept. Their turnkey missions include all required segments, with special bundles for space and launch segments, and services covering mission design, assembly and testing, and operations.

Documentation

No public datasheet yet — request the datasheet / ICD from the supplier.

Source: www.orbitalsystems.de ↗