While fighting in Gaza, Amar observed a lethal contradiction: soldiers are trained from day one never to remove their hands from their rifles, yet modern drone warfare forces them to do so to operate joysticks or tablets.
By Hezy Laing
PYRRHUS Aeronautics, an Israeli-based defense startup founded in 2025 by Elad Amar, an IDF infantry captain and reservist, has revolutionized frontline drone operations with its Laser Aiming Drone Remote System (LADRS).
Unveiled publicly on July 9, 2026, after being battle-proven in Gaza and Lebanon throughout 2025, LADRS eliminates the tactical vulnerability of soldiers needing to lower their weapons to operate drones.
The system, weighing merely 286 grams with batteries, mounts directly onto a rifle in the form factor of a standard PEQ-15 laser module, allowing troops to control unmanned aerial vehicles (UAVs) using natural aiming movements, rifle orientation, and trigger-button inputs without ever removing their finger from the trigger.
Elad Amar conceived the LADRS system while under direct enemy fire during his reserve service following the October 7, 2023 attacks.
Returning from New York to fight in Gaza and Lebanon, Amar observed a lethal contradiction: soldiers are trained from day one never to remove their hands from their rifles, yet modern drone warfare forces them to do so to operate joysticks or tablets.
He realized this split-second vulnerability was getting troops killed, noting, “I had the idea while people were shooting at me,” recognizing that existing technology was inadvertently endangering the very soldiers it was meant to assist.
The necessity for LADRS stemmed from the urgent operational requirement to maintain 360-degree situational awareness and immediate weapon readiness in dense urban combat zones where ambushes occur instantly.
Traditional controllers require soldiers to break their stance and focus on a screen, creating a dangerous blind spot.
Amar’s solution leverages the rifle itself as the interface, utilizing natural aiming movements and trigger inputs to control drones, thereby eliminating the cognitive and physical load of switching between fighting and flying.
Developed alongside CTO Dr. Leandro Gryngarten, an aeronautical engineer from Georgia Tech, LADRS reduces drone operator training from hundreds of hours to under one hour, a claim verified by Amar’s “grandma test” where his mother flew a drone within five minutes of picking up the rifle.
The system integrates a laser designator to preserve existing capabilities and has been adopted by special units in the IDF, US Special Operations Command, the US Army, and the US Marines.
Supported by the Astra accelerator—a partnership between Starburst and Israel Aerospace Industries (IAI)—PYRRHUS is currently raising $5 million to expand production.
Lt. Gen. (ret.) Eric Wesley, former deputy commander of the US Army’s “Future Force” Command, endorsed the technology for keeping soldiers “on the trigger instead of a joystick.”
While currently optimized for US-made drones due to Trump administration policies, PYRRHUS aims for full drone-agnostic compatibility by late 2026, having already secured contracts in Singapore and other undisclosed nations.
The company describes its philosophy as “Warfighter Tech,” having refined LADRS based on feedback from approximately 100 combat soldiers to ensure it solves the critical contradiction of modern warfare where technology often compromises weapon readiness.
