Award Data

Corvid Technologies presents the following proposal to the Missile Defense Agency (MDA) SBIR solicitation MDA17-009 entitled Radar Cross Section (RCS) Testing for Modeling and Simulations. Here, we propose the development of algorithms and processes to significantly reduce the burden and cost associated with RCS measurements conducted in support of MDA and other Department of Defense customers. Th ...

Corvid Technologies proposes to develop a real-time trajectory generation and optimization tool for integration into hypervelocity projectile (HVP) weapon systems. This technology will use the massively parallel computing power of graphics processing units (GPUs) to perform numerous simulations of HVP shots in short runtimes. The GPU based trajectory simulation tool will include a full six degree- ...

Vadum will develop an algorithm to generate and optimize Hypervelocity Projectile (HVP) trajectories as both an analysis and tactical battle management tool. The Optimal Advanced HVP Trajectory System (OATHS) will respond to threat track updates as they are received from upstream processing elements and will be capable of optimizing trajectories for a variety of different threat types with differe ...

Corvid Technologies proposes to develop a process to optimize an HVP warhead for the destruction of ballistic missile re-entry vehicles (BMRV) using high fidelity modeling and simulation techniques.The concept for the proposed design is to dispense a spatial array of dense metal long rod penetrators (LRP) of varying lengths and masses into the path of an incoming re-entry vehicle.A variety of LRP ...