Signed in as:
filler@godaddy.com
Signed in as:
filler@godaddy.com
Securing VA/VP with Zero Collteral damage.
Modern drone incursions demand a rapid, low-collateral interception capability that can neutralize threats in dense urban areas and around critical infrastructure. Conventional kinetic systems often introduce unnecessary collateral damage, making them unsuitable for many operational environments.
Net Catcher Drones autonomously detect, pursue, and physically entangle hostile drones using a precision-deployed capture net. The target is immobilized and safely brought down without explosive effects, preserving surrounding infrastructure and minimizing risk to civilians and friendly forces.
Net Catcher Drones provide a reusable, cost-effective, and non-destructive counter-UAS capability, enabling military and security forces to neutralize aerial threats safely while preserving forensic evidence for intelligence exploitation.
AI-powered guidance autonomously detects, pursues, and captures hostile drones with precision net deployment.
Safely disables aerial threats without explosives, minimizing risk to personnel, infrastructure, and surrounding assets.
Captures hostile drones largely intact, enabling forensic analysis, payload exploitation, and intelligence collection after interception.
Deploy as a standalone interceptor or as coordinated fleets providing layered protection for military bases, critical infrastructure, border installations, airports, and high-value assets against multiple simultaneous drone incursions.
A modular, software-defined architecture supports future enhancements including advanced AI autonomy, improved capture mechanisms, alternative payloads, and evolving mission profiles without requiring platform redesign.
Designed with an open architecture, the system integrates seamlessly with radar, EO/IR sensors, RF detection systems, Command & Control (C2), and existing counter-UAS networks for automated sensor-to-effector operations.