Satellites form the core of our communication networks, with more than 5,500 satellites transmitting signals globally. However, once in orbit, satellites cannot be inspected, upgraded, or repaired. To address this challenge, D-Orbit is developing innovative, robotics-based spacecraft technologies designed to enable in-orbit servicing (IOS) of commercial satellites operating in geostationary orbit.
These technologies include advanced electric propulsion, navigation, and attitude control systems, specifically engineered to allow the capture and maneuvering of client satellites. Supported by funding from the European Commission through ASTROLIFT (Autonomous Spacecraft Technology for Repair Operations, Lifespan Improvement, and Flight Testing), a robotics-focused project, D-Orbit aims to offer a broad range of IOS services, including life extension and orbital repositioning.
With these capabilities, satellite operators will be able to extend the operational lifespan of their assets by up to three additional years (representing 25–50% of the current lifespan, with the possibility of up to 7 years), potentially generating an extra €20 million in annual revenue from their existing infrastructure.
These technologies include advanced electric propulsion, navigation, and attitude control systems, specifically engineered to allow the capture and maneuvering of client satellites. Supported by funding from the European Commission through ASTROLIFT (Autonomous Spacecraft Technology for Repair Operations, Lifespan Improvement, and Flight Testing), a robotics-focused project, D-Orbit aims to offer a broad range of IOS services, including life extension and orbital repositioning.
With these capabilities, satellite operators will be able to extend the operational lifespan of their assets by up to three additional years (representing 25–50% of the current lifespan, with the possibility of up to 7 years), potentially generating an extra €20 million in annual revenue from their existing infrastructure.
