NATO's New Drone Defense: The Story of Nearly 2,000 Wins

Recently tested under Ukrainian skies, an inexpensive drone-countering system that has successfully neutralized close to 2,000 Russian drones has been adopted by Western military forces.

Both Poland and Romania have procured the Merops system to fortify the airspace over Eastern Europe following several recent Russian drone intrusions that served as urgent alerts.

This week witnessed Business Insider observing training sessions for American, Polish, and Romanian units on an anti-drone system designed in the US. The system effectively deploys an interceptor drone, named 'Surveyor,' to either directly collide with threats or detonate in proximity to neutralize them.

Located at a Polish training ground in the southeast, military leaders elaborated on how Merops is made to counter both spying and attack drones, even those more advanced models with jet propulsion.

Introducing the Merops System

Recently, counter-drone technology has proven vital for Ukrainian defense, with devices like interceptor drones playing a key role against numerous low-cost Russian Shahed drones.

Project Eagle from the USA is behind Merops, one of several systems utilized by Ukraine. This venture into cost-efficient air defense systems is attracting attention across Europe as drone threats heighten concerns.

With a specific focus on Poland and Romania—each having faced distinct Russian drone incidents recently—both nations are deploying Merops through a NATO project designed to anticipate and mitigate future threats at the alliance's eastern boundaries.

As described by Brig. Gen. Curtis King from the US Army’s 10th Army Air and Missile Defense Command, the Merops system is not just lethal and effective; it’s economically astute.

Capabilities of the Surveyor Interceptor

When demonstrated, Polish troops executed the launch of Surveyor from a truck bed. The drone made attempts to impact a target mimicking a Shahed drone, eventually deploying a parachute for retrieval—this recapture aids in economical training by allowing reuse.

While unarmed for training, in real battle scenarios, the Surveyor could carry explosives designed to annihilate nearby drones, thus eliminating the need for direct hits.

This interceptor, relying on radio waves, temperature markers, or radar, can chase targets at speeds exceeding 175 mph, while thwarting enemy electronic countermeasures—a significant enhancement for ongoing drone operations in Ukraine.

Limitations of Merops

Despite its strengths, Merops isn't a universal drone solution. Some specific threats, such as low-altitude FPV drones, present challenges due to their diminutive size.

These compact FPV drones, with their ability to carry small explosives, represent a cost-effective choice for precision strikes on battlefronts like Ukraine’s, indicating the need for more tailored defenses against various drone types.

NATO’s investment in Merops highlights their aim to offer a cost-efficient alternative to using jets and high-cost missiles, both of which carry hefty price tags less sustainable for continued air defense efforts.