The Salazar study supports France’s defence space strategy, which recognises outer space as a growing domain of conflict. Dark’s proposed solution is designed for high-readiness space defence missions, utilising a multi-stage access system capable of rapidly reaching specific orbital points. The final stage includes a robotic module dedicated to capturing orbital targets.
Dark’s simulation uses orbital parameters to identify optimal interception scenarios, considering strategy, mission performance, and timing. “The goal is to evaluate the feasibility and relevance of this solution for military requirements,” a AID representative explained.
The study will help the AID assess Dark’s technology for potential applications in LEO operations beyond 2030. It will also explore the transfer and manoeuvring of payloads in orbit, contributing to critical situational assessments, surveillance, and responses to potential space interference.
As part of this study, the AID will provide a fictitious target equipped with evasive or alert systems, challenging Dark to present multiple viable interception scenarios. This project marks a significant step in advancing France’s capabilities in space defence and innovation.
Source: France’s Defence Innovation Agency.
