Belarus Unveils Cutting-Edge Mobile Laser Weapon at MILEX-2025 Exhibition

At the MILEX-2025 arms exhibition, the Belarusian firm “Scientific and Technical Centre” (LEMT) showcased an innovative development in military defense technology: the Phoenix mobile laser weapon system. This prototype highlights Belarus’s ambition to enhance its capabilities in counter-unmanned aerial systems (C-UAS) amid evolving modern warfare, particularly in contexts like the ongoing Russian-Ukrainian conflict.

Advancements in Counter-Drone Systems

The ongoing military engagements have underscored the critical role of unmanned aerial vehicles (UAVs). In response to these expanding threats, nations are investing in advanced air defense solutions. Traditional systems, such as anti-aircraft missile units and man-portable air defense systems, are now being complemented by next-generation counter-UAV technologies.

Key features of the Phoenix mobile laser weapon include:

• Operational Range: Capable of neutralizing UAVs at distances of up to 1.5 kilometers.
• Mobility: Mounted on a commercial trailer, allowing for rapid deployment in various defense scenarios.
• Crew Composition: Equipped to accommodate a two-man operational team, ensuring efficient handling of the system.

Integrated Detection and Engagement Capabilities

Central to the Phoenix’s operational efficiency is its sophisticated high-precision laser emitter, housed on an extendable rotating platform. This system utilizes a comprehensive sensor suite that autonomously detects and tracks UAVs.

Sensor Suite Breakdown:

• ZORKI-R 3D Radar: Functions in the X-band range (9.2-9.6 GHz), capable of tracking up to 50 targets simultaneously.
• Optoelectronic Surveillance System:
  • Cooled Thermal Imaging Camera: Features a 640×512 pixel sensor for night operations.
  • Daylight Full HD Camera: Offers a 1920×1080 pixel resolution for enhanced visibility during the day.
• Laser Rangefinder: Measures distances from 150 meters to 18 kilometers, aiding in precise targeting.

The integration of various detection methodologies facilitates seamless identification of drone types—be it combat, kamikaze, or reconnaissance. The radar system evaluates trajectories and essential parameters of the targets, while the optoelectronic suite automates target detection and engagement.

Power Specifications and Future Developments

The Phoenix currently operates with two power variant offerings: 3 kW and 10 kW, ensuring effective destruction of small UAV threats across the specified range. However, LEMT is actively pursuing the development of a stationary variant boasting a significant 100 kW output. This advancement would potentially extend the range and effectiveness of laser engagements, positioning Belarus as a competitive entity in modern defense innovations.

During a demonstration captured on video, representatives from LEMT illustrated the weapon’s capabilities by successfully intercepting a quadcopter drone. Visual evidence showed the UAV igniting within 2.5 to 3 seconds of being targeted by the laser, underscoring the system’s swift response time.

Strategic Context and Market Implications

This prototype emerged from a project commissioned by a Middle Eastern client, indicating Belarus’s intention to appeal to a broader international market for advanced defense solutions. With increased threats from drone warfare, nations are likely to consider systems like the Phoenix to enhance their defense arsenals.

As escalating conflicts reshape the landscape of military engagement, innovations such as the Phoenix mobile laser weapon may prove pivotal in establishing effective air defense mechanisms against the rising ubiquity of UAV technology.

Photos by N. Novichkov and LEMT.