Mission Critical UxS Integration
Casey Corp Defense helps defense contractors and DoD programs design, integrate, and field mission critical Unmanned Systems (UxS) with advanced Radio Frequency (RF) communication solutions optimized for range, performance and DoD / NDAA compliance.
ITAR · ATF 07/08 · DD2345 · FAA UAS-RPC PT. 107 · NDAA Section 848 Compliant
Glenn CaseyChief Executive Officer
Donald J. McGrathPrincipal Military Advisor
Sean CaseyPresident & Founder
Andrew NguyenSenior Software Engineer
Brady DavisVice President of Operations
Advanced telemetry and radio frequency integration services for unmanned systems and ground control stations, optimizing range and data delivery.
Integrating RF modules with flight controllers, companion computers, and camera modules alongside video data livestream optimization.
Integrating RF modules with Ground Control Stations, featuring antenna setup optimization, custom GCS software debugging, and SDR pairing support.
Maximizing communication range and reliability through software optimization, bi-directional amplifier integration, and tracking antenna setups.
Mechanical design, high-fidelity modeling, and rapid SLS prototyping to optimize size, weight, power, and cost for unmanned platforms.
Optimizing designs for weight, strength, and manufacturability with SolidWorks, including CAD-based avionics integration and finite element analysis.
Developing high-fidelity 3D CAD models and executing aerodynamic, thermal, and mechanical simulations utilizing computational fluid dynamics.
High-resolution SLS and HPMJF 3D printing of functional, lightweight, and thermally resistant components for field testing.
Custom hardware development, integrated RF-mechanical layouts, and compact PCB antenna designs for tactical applications.
Engineering integrated RF and mechanical layouts, custom RF module carrier board mounting, and specialized wire harnesses.
Developing compact fin-style and high-gain Yagi-Uda PCB antennas in field-ready multi-band configurations.
Modular swarming architectures, collaborative autonomy, and distributed communications for scalable unmanned fleets.
Designing scalable mesh control architectures, swarm protocols, and real-time coordination strategies for air, ground, and sea nodes.
Proposal development, subcontracting support, and compliance consulting for DIU Blue UAS and NDAA requirements.
Providing SBIR/STTR proposal writing, budget justification, technical volume contributions, and subcontracting support.
Assisting with DIU Blue UAS onboarding packages, artifact submission, and NDAA Section 848 non-China origin supply chain mapping.
Defense
Defense · Client: United States Army / Red Cat Holdings
Served as lead RF integrator supporting Red Cat Holdings (Teal Drones) on the U.S. Army's $260 million Black Widow Short Range Reconnaissance (SRR) Program of Record. The work enabled seamless integration of mesh-network datalinks into next-generation quadcopter platforms, ensuring compliance with tactical military requirements.
Defense · Client: United States Marine Corps / Anduril Industries
Served as RF and datalink integration specialists for Anduril Industries' Bolt-M loitering munition system under the U.S. Marine Corps Organic Precision Fires-Light (OPF-L) program. Assisted the integration of radio modules with AI-driven autonomy, Lattice networking, and VTOL drone capabilities to deliver a man-packable strike platform.
Defense · Client: United States Army / Precision Drone Works
Provided lead RF integration for Precision Drone Works' (PDW) $15.3 million U.S. Army contract to field the C100 Group 2 small UAS. Delivered a fully integrated, soldier-portable quadcopter datalink solution designed to optimize range, endurance, and mesh networking resilience in contested environments.
Defense · Client: Defense Innovation Unit (DIU) / Doodle Labs
Acted as integration, project management, and RF advisor to Doodle Labs, supporting the successful certification of Mesh Rider radios and industrial Wi-Fi transceivers under the Defense Innovation Unit's (DIU) Blue UAS Refresh Challenge. Prepared hardware configurations for rigorous contested testing at Twentynine Palms.