Rifle-Mounted Drone Control: Pyrrhus Aeronautics Unveils LADRS System
U.S. startup Pyrrhus Aeronautics has developed the Laser Aiming & Drone Remote System (LADRS), a 250-gram device that mounts on a rifle and allows soldiers to control drones without setting down their weapon. The system integrates weapon orientation sensing, a laser designator, and control inputs. It has already been adopted by Israeli special forces, U.S. Special Operations Command, the U.S. Army, and the U.S. Marine Corps. The company is currently seeking approximately $5 million in funding.
Highlights
- Pyrrhus Aeronautics' LADRS is a 250-gram rifle-mounted system that lets soldiers control drones without setting down their weapon.
- LADRS integrates weapon orientation sensing, a laser designator, and control inputs for short-range tactical missions including building clearance and reconnaissance.
- The system has been adopted by Israeli special forces, U.S. SOCOM, the U.S. Army, and the U.S. Marine Corps following feedback from approximately 100 military personnel.
- Most users can learn to operate LADRS within one hour, significantly lowering the training threshold for frontline drone deployment.
- Pyrrhus Aeronautics is seeking $5 million in funding and plans to expand LADRS compatibility to additional drone platforms by end of 2026.
U.S. Startup Launches Rifle-Mounted Drone Control System, Letting Soldiers Command Aerial Reconnaissance Without Lowering Their Weapon
U.S. drone company Pyrrhus Aeronautics has unveiled an innovative device called the Laser Aiming & Drone Remote System (LADRS), enabling frontline soldiers to control drones directly via their rifle — no tablet or joystick controller required.
Turning a Weapon Into a Control Interface
Weighing just 250 grams, LADRS mounts onto a rifle and transforms the weapon into a drone control interface. The system integrates weapon orientation sensing, a laser designator, and control buttons. Soldiers simply aim their rifle at a target area or point of interest to designate coordinates, direct drone sensors, and execute missions — all without ever lowering their firearm.
Designed for Short-Range Tactical Missions
According to Pyrrhus Aeronautics, LADRS is purpose-built for short-range tactical scenarios, including:
- Building clearance
- Reconnaissance operations
- Patrol missions
- Other rapid frontline deployment tasks
The company notes that most users can learn to operate LADRS within approximately one hour, significantly reducing the training burden.
Developed from Feedback of 100 Military Personnel, Adopted by Multiple Special Forces Units
The system was developed based on feedback from roughly 100 military personnel and underwent multiple design iterations, with the core goal of reducing operator cognitive load and making drone deployment more intuitive for frontline soldiers.
Pyrrhus Aeronautics states that LADRS has already been operationally deployed with the following units:
- Israeli special forces
- U.S. Special Operations Command (SOCOM)
- U.S. Army
- U.S. Marine Corps
Expanding Compatible Platforms, Seeking $5 Million in Funding
LADRS currently supports U.S.-manufactured drone platforms, with the company planning to expand compatibility to additional models by the end of 2026. To support continued development, Pyrrhus Aeronautics is actively seeking approximately $5 million in investment funding.
Source: Pyrrhus Aeronautics
原文來源： 查看原文
FAQ
Newsletter
Subscribe to our Low-Altitude Industry Newsletter
Daily curated news on low-altitude economy and drone industry, delivered to your inbox.
Reviewed and published by the LAETimes editorial desk ·
