Ukrainian Defense Tech L7 Simulators Standardized Across NATO Logistics Network

Ukrainian defense tech company L7 Simulators has secured NATO codification for its full line of military training systems. The decision covers equipment ranging from individual marksmanship tools to complex collective unit training platforms.

The company announced the milestone directly, noting that each simulator in its catalogue has received an official NATO Stock Number (NSN), as reported by Militarnyi on September 29.

This unique 13-digit identifier allows defense logistics networks across NATO member states to identify and register the equipment. The listing simplifies inventory tracking, procurement procedures, and catalog searches across allied militaries.

The company also gained the clearance to codify future hardware additions directly into the supply database. While NATO codification integrates equipment into the shared alliance logistics architecture, it operates as a standardized inventory tool rather than a full technical certification of the hardware, according to Militarnyi.

L7 Simulators registered as an official manufacturer within the NATO codification system in December 2024. That initial entry followed the codification of its UNITS platform, an integrated training framework previously authorized for use by the Ministry of Defense of Ukraine.

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The manufacturer now produces more than 50 distinct training models. The line includes simulators for infantry weapons, anti-tank hardware, air defense systems, and unmanned aerial vehicles, all linked through the central UNITS framework.

Among the systems modeled by the company are simulators for the Browning M2 heavy machine gun, Stinger surface-to-air missile, NLAW, Carl Gustaf recoilless rifle, RPG-7, and SPG-9.

On May 18, 2026, Ukrainian defense technology firm SKIFTECH unveiled a virtual reality trainer named "Reflex—Minus Drone," which was designed to prepare soldiers to shoot down Russian FPV strike drones using lessons drawn from frontline combat experience.

Built using actual battlefield data, the mobile platform simulated realistic drone behavior, flight speeds, and shotgun ballistics while incorporating a spatial audio component that allowed trainees to detect approaching threats by sound before visually spotting them.

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