Creotech HyperSat

Raven

HyperSat platform will be capable of autonomous proximity operations, including satellite transport and orbital inspection.

Creotech HyperSat
The HyperSat platform will be prepared to conduct autonomous operations in close proximity to other objects in orbit, enabling future logistics and servicing missions, including satellite transport, orbital inspection, and activities supporting the protection and sustainability of orbital infrastructure.

Eagle 2.0 Platform

Built on a fully redundant, mission-ready Eagle 2.0 smallsat platform designed for demanding payloads. For more on the platform see here (link to platform site).

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Mission description:

Raven

Client: PIAP Space

Creotech's Role: Design of the HyperSat satellite platform for the mission demonstrator

Scope: autonomous maneuvers, docking, and, in the future, refueling satellites in orbit

First mission: RAVEN DEMO I, scheduled for 2029

The growing number of satellites in orbit creates an increasing need for in-orbit servicing, including relocation, inspection, maintenance, and, ultimately, safe disposal. RAVEN is a project designed to develop the necessary technologies for these tasks and demonstrate that such operations can be conducted autonomously.

Creotech Instruments is responsible for designing the satellite platform for the mission demonstrator. The project is based on our proprietary HyperSat platform, which will serve as the technological foundation for an In-Space Transportation Vehicle (ISTV). During Phase B1, we are developing the system architecture and the preliminary platform design, updating technical requirements, formulating the demonstrator concept, verifying the compatibility of key subsystems, and assessing the technology readiness levels (TRL/IRL) required for the mission.

The first demonstration mission, RAVEN DEMO I, scheduled for 2029, will put orbital maneuvering, phasing maneuvers, and controlled deorbiting to the test. It will also showcase the system's capabilities regarding safety, inspection, and satellite reconnaissance. This represents a step toward establishing an independent European infrastructure for in-orbit servicing.

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