All GOS satellites are 100% ITAR free.
We can produce, assemble, test and deliver a 3U Satellite within 3 months
Currently, the majority of our customers requires 3U platforms. Up to three satellites of this type can be built and tested at our facilities in parallel. The platforms can be used e.g. for ADS-B signal monitoring, for remote sensing in different spectral regions (e.g. thermal infrared), for IoT applications and much more. They can be equipped with active AOCS based on reaction wheels but also with a new type of jitter free active AOCS based on so called fluid-dynamic actuators. This can be of advantage for missions using laser terminals or for precise orbit control maneuvers. The platform can be equipped with deployable arrays and different types of broadband transceivers. Depending on the customer requirements, our 3U satellites can be launch-ready within 3 months.
Based on the lessons learned from 9 CubeSat Missions in the 3U format, we have developed a new, advanced platform. The RAVEN platform is available as a 6U and as an 8U configuration. It is capable of carrying an electric propulsion and allows to accommodate up to 5U of payload excl. tuna-can. The internal components can be flexibly rearranged e.g. to host a telescope of 400 mm length.
Our RAVEN platform meets the highest power requirements in the segment
RAVEN has been designed in parallel to the prolonged version of the EXOpod and is an ideal match for this separation system. All currently ongoing projects use either the 6U or the 8U version of RAVEN. Nevertheless, thanks to the engineering approach we use, the platform can be easily scaled up to 12U and 16U. Typical lead times for RAVEN-based satellites are 12-14 Months.
Customers which also require a sophisticated remote sensing payload can benefit from our wide network of partners. We can offer remote sensing payloads which are compatible with our platforms and cover almost every possible application. Please reach out and our sales team will contact you immediately to answer all your questions.