Merops Project

About

Merops Project is a defense technology initiative focused on developing interceptor drones designed to counter hostile unmanned aerial vehicles. The project works on high-speed UAV interceptors capable of detecting and destroying incoming drones such as loitering munitions. It is part of a broader effort to develop low-cost air-defense systems based on autonomous drone technology. The system typically includes interceptor UAVs, launch equipment, and control systems designed for rapid deployment by small operator teams.

Details

Product: Surveyor Interceptor Drone (Merops System)

• Type: Fixed-wing high-speed interceptor UAV designed to destroy hostile drones during flight.
• Purpose: Counter-UAV air defense against loitering munitions, reconnaissance drones, and other aerial threats.
• Maximum speed: Over 280 km/h, allowing it to intercept fast moving attack drones.
• Interception range: Approximately 5–20 km from the launch point depending on engagement conditions.
• Warhead: Around 2 kg fragmentation warhead designed to destroy or severely damage aerial targets during interception.
• Guidance: Uses AI-based machine vision and onboard sensors for target tracking and terminal homing, enabling the drone to lock onto targets during the final stage of interception.
• Electronic warfare resistance: Designed to operate in environments where GPS and radio signals may be jammed, relying on onboard navigation and visual tracking systems.
• Cost: Approximately $15,000 per interceptor, making it significantly cheaper than traditional air-defense missiles.
• Operational effectiveness: Reported high interception success rates against large propeller-driven drones.

Merops counter-drone system components:

• Interceptor drones
• Mobile launch platforms
• Ground control and command station
• Radar or sensor integration for target detection
• Small operating crews responsible for launching and guiding interceptors