We design and manufacture cutting-edge VTOL Unmanned Aircraft Systems and ISR Payloads in the United States for government & defense applications. First-principles engineering for mission-critical operations.
Aletky Technology Collective designs and builds mission-ready unmanned systems from the ground up. We start with the operational requirement and optimize every subsystem for reliability, performance, and real-world deployment.
Our focus is supporting law enforcement and military operations with modular, scalable platforms built for the environments where they'll actually be used — not the lab.
Two platform families engineered for distinct operational envelopes — from man-portable tactical ISR to next-generation multi-role systems.
Man-portable tactical ISR platform with autonomous VTOL. Optimized for border security, law enforcement surveillance, and rapid field deployment by a single operator. 3D-printed airframe designed for mass manufacturing and rapid fleet buildout.
Next-generation multi-role platform for ISR, C-UAS, loitering munition, and surface-to-air interception. Field-swappable propulsion, wing configurations, and payloads on a single fault-tolerant architecture. Scalable from electric to turbine powerplant.
Platform demonstrations and capability footage from development and field operations.
Our leadership brings direct operational experience across military ISR, government programs, and advanced UAS development — from concept through deployment.
Second-generation pilot with 15+ years in unmanned systems and 5,000+ flight hours including 1,500+ combat ISR hours across three OCONUS deployments. Direct CBP advisory experience and NASA JPL research contributions.
Technology entrepreneur leading development across defense systems, medical imaging, and agricultural technology. U.S. Senate AI Policy Advisor with expertise in federal contracting, government relations, and advanced systems integration.
Contact our team for technical briefings, capability demonstrations, partnership discussions, or operational evaluations.