Reactive Drone has successfully demonstrated a fully autonomous operational cycle for its SHMAVIK Unmanned Aircraft System (UAS).
The demonstration showcased autonomous take-off, landing, and charging capabilities without operator involvement, integrating the SHMAVIK platform with SkyDock infrastructure in a mission-ready configuration.
According to the company, the system underwent interoperability testing across varied terrain and operational conditions. The integrated solution is designed to remove the need for personnel during take-off, landing, and battery replacement procedures, reducing operator exposure during critical phases of drone missions.
This integrated capability can support applications including military and defense operations, border security, critical infrastructure protection, and industrial or remote monitoring missions.
SHMAVIK is Reactive Drone’s quadcopter scout drone developed for modern warfare environments. The platform features a jam-resistant FHSS radio link interoperable with the company’s Kazhan drone systems and incorporates an AI-assisted EO/IR gimbal.
Reactive Drone develops UAV platforms and related technologies for defense and civilian applications, including strike drones, logistics UAVs, tethered drone systems, agricultural platforms, and drone accessories.
The SHMAVIK and SkyDock integration was demonstrated as a mission-ready autonomous system rather than a conceptual or laboratory prototype
