WDS 2026: Belarus Introduces Cyclops Mark 2 Portable Laser System to Counter FPV Drone Threat.

At World Defense Show 2026, Belarusian firm LEMT introduced the Cyclops Mark 2, a portable laser-based counter-drone system designed to defeat unmanned aerial vehicles, including FPV drones. The system reflects growing demand for compact directed-energy solutions as militaries seek layered defenses against low-cost aerial threats.

At the World Defense Show 2026, Belarusian defense manufacturer LEMT presented the Cyclops Mark 2, a portable laser counter-drone system positioned as a single-operator solution for neutralizing unmanned aerial vehicles, particularly first-person view drones. Displayed at the company’s booth, the device is described as a laser gun intended for rapid deployment to protect military installations and civilian infrastructure, including sites in dense urban environments.
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Belarus’ LEMT unveils Cyclops Mark 2 portable laser counter-drone system at World Defense Show 2026. (Picture source: Army Recognition)

The Cyclops Mark 2 is designated as a counter-UAV laser gun and adopts a rifle-style configuration integrating a laser emitter and optical aiming devices. The system operates with a separate power supply carried in a backpack, reducing the weight of the weapon itself and distributing the load between the firing module and the energy source. According to information provided by LEMT, this arrangement is intended to facilitate operator mobility while maintaining stability during target engagement.

Based on the technical parameters released, the laser power ranges from 0.75 to 2.0 kilowatts. The radiation wavelength is specified between 1060 and 1080 nanometers, and the output laser power is indicated at 1900 to 2000 watts. These characteristics position the system within the category of low-power directed-energy weapons typically associated with sensor dazzling, degradation of optical components, or damage to light structures at short to medium range.

The diameter of the laser spot on the target varies according to distance. At 50 meters, the beam spot measures 5.5 millimeters. At 100 meters, it reaches 8.5 millimeters. At 200 meters, it is 13.5 millimeters, and at 300 meters, it expands to 32 millimeters. The stated operational distance extends from 50 to 500 meters. The operating mode consists of either a series of pulses or continuous emission, with the duration of a single pulse reported between 15 and 30 seconds, depending on configuration.

The system incorporates multiple aiming options. It can be fitted with an optical sight providing 1.6x to 4.5x magnification, as well as an RS Red-Dot 1x collimator sight. This configuration is intended to enable rapid acquisition at close range and more precise tracking at extended distances. The manufacturer indicates that the Cyclops Mark 2 is primarily designed to engage FPV drones with typical dimensions of 0.15 by 0.2 meters, corresponding to lightweight quadcopters commonly observed in recent conflicts.

The weight of the gun itself is stated at 4 to 4.5 kilograms, without detailed information on the mass of the separate battery pack. LEMT notes that the system is designed to provide stable aiming, tracking, and sustained target illumination, factors that influence the effectiveness of a laser beam whose impact depends on dwell time and beam stability. The company also specifies that the device can be employed to protect both military and civilian facilities in urban areas.

By presenting the Cyclops Mark 2 at WDS 2026, LEMT highlights Belarusian activity in the field of portable directed-energy systems. The manufacturer has not disclosed information regarding production volumes or export contracts. In a context characterized by the rapid proliferation of small unmanned aerial vehicles, the wider deployment of compact neutralization systems such as the Cyclops Mark 2 will depend on the company’s industrial capacity and on regulatory frameworks governing the export of laser technologies.