Scout Space Awarded Contract to Develop Efficient Collision Analysis Framework
Scout Space Inc. a leading in-space observation service provider focused on space security and comprehensive Space Domain Awareness (SDA), announced its selection by AFWERX for an SBIR Phase I contract aimed at advancing space safety and operational effectiveness. Under this contract, the company will develop a Collision Analysis Framework designed to bolster real-time spacecraft self-protection capabilities for identifying, tracking, and avoiding space collisions with debris.
Scout plans to develop the framework with minimal computational demand and aims to open new avenues for advanced scenario analyses, aiding in the prediction and mitigation of potential adversarial interceptions. This capability is pivotal in safeguarding crucial US space assets, aligning with the strategic goals of the Tactically Responsive Space (TacRS) program office and other USSF entities.
"Traditional collision prediction methods, reliant on brute-force computations, often falter in real-time scenarios, lacking the agility required for effective self-protection." remarked Philip Hover-Smoot, CEO of Scout Space. "Our team’s innovative approach to this problem could not only empower spacecraft with autonomous self-protection but to also enhance operational capabilities by efficiently estimating line-of-sight visibility windows for critical and untracked space objects."
Scout’s Head GNC Engineer Jordan Maxwell, PhD, added, “The technology Scout is developing leverages orbital constraints to enable highly-efficient identification, tracking, and avoidance of potential colliders all onboard the spacecraft. By eliminating communication latency to the ground, Scout’s approach can facilitate just-in-time collision avoidance with even small hard-to-track objects for SDA-enabled spacecraft.”
The company plans to integrate this framework into its next-generation Space Domain Awareness (SDA) payload, enabling proliferated object collision detection and risk mitigation.