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Jun 19, 20261
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Middle East Nations Express Interest in Belarusian Laser-Guided FPV Drone System
Belarusian company LEMT has unveiled a laser-guided FPV drone system at the Belarus 2026 International Security Exhibition that has attracted interest from Middle Eastern countries. The system uses thermal imaging and laser signals to guide drones with automatic target tracking, offering a cost-effective alternative to traditional anti-tank missiles while maintaining resistance to electronic warfare.
Quick Facts
Who
LEMT (Belarusian technology company)
What
Development of laser-guided FPV drone system
When
June 19, 2026
Where
Minsk, Belarus
- Development of laser-guided FPV drone system
- Display at Belarus 2026 International Security Exhibition
- Expression of interest by Middle Eastern nations
- Conversion of Konkurs wire-guided anti-tank missiles to laser guidance
- Implementation of thermal imaging and laser-based target tracking
Middle Eastern countries have shown interest in a new laser-guided drone system developed by Belarusian technology company LEMT, unveiled at the Belarus 2026 International Security Exhibition in Minsk. The system represents an innovative approach to unmanned warfare, drawing inspiration from established anti-tank missile guidance technology.
The FPV (First-Person View) drone system operates using a tripod-mounted sight equipped with thermal imaging capabilities. Rather than conventional remote-control operation, an operator views a thermal image on a display and maintains a crosshair on the target. As the target moves, the operator tracks it while laser signals are continuously transmitted to the drone, which automatically adjusts its flight path to remain locked on the target. This laser-based guidance method mirrors the principles used in wire-guided anti-tank missiles that LEMT originally specialized in upgrading.
LEMT developed this drone system after successfully converting the Soviet-era Konkurs wire-guided anti-tank missile system to laser guidance. The company's engineers adapted this proven concept to create an unmanned aerial platform, capitalizing on the operational principles they had already perfected. A LEMT representative emphasized that the system offers significant cost advantages over traditional anti-tank missiles, with each missile costing several times more than a combat-equipped drone.
The laser-guided drone demonstrates resistance to electronic warfare and jamming attempts, providing a tactical advantage in contested environments. However, the system has a critical operational limitation: the target must remain within the operator's direct line of sight throughout the engagement. This requirement means operators must maintain visual contact with their objective, constraining the system's range and operational flexibility compared to some alternative guidance methods.
While multiple Middle Eastern nations have expressed interest in acquiring the system, LEMT representatives did not disclose the identities of specific potential customers or provide details on any negotiations or orders.
Why This Matters
This development signals a significant shift in drone warfare technology, offering Middle Eastern militaries a cost-effective alternative to expensive anti-tank missiles with proven electronic warfare resilience. The system's laser-guided approach, adapted from proven anti-tank missile technology, creates new tactical possibilities for armed forces seeking advanced unmanned solutions. Understanding this technology is critical for defense analysts and policymakers tracking military innovation in contested regions.
Timeline & Sources
Jun 19, 2026
WireLEMT displays laser-guided FPV drone system at Belarus 2026 International Security Exhibition in Minsk
Jun 19, 2026
WireLEMT representative confirms Middle Eastern nations have expressed interest in the system