A display model of the Emirati-Belarusian E-System Solutions LCCM Mk2 Low-Cost Cruise Missile. Photo: E-System Solutions
GIF Promo

Long-range firepower just got smarter and cheaper.

Emirati-Belarusian defense firm E-System Solutions has rolled out the LCCM Mk2, a new low-cost cruise missile built to hit targets up to 1,000 kilometers (621 miles) away.

The weapon is designed to take on armored vehicles, air-defense systems, and unmanned aerial vehicles, giving forces a powerful tool to neutralize high-value targets.

It can be launched from land-based catapults, light armored vehicles, or containerized racks that can hold up to nine missiles in a 3×3 configuration.

Representatives and attendees discuss the E-System Solutions LCCM Mk2 Low-Cost Cruise Missile. Photo: E-System Solutions

Aerodynamically, the LCCM Mk2 uses a conventional layout with a trapezoidal wing that deploys after launch. It pairs a booster for initial acceleration with a turbojet engine for sustained cruise.

Its warhead options start with a high-explosive fragmentation variant with an effective radius of about 10 meters (33 feet) against hostile aircraft and 50 meters (164 feet) against personnel. Other hardened targets require a direct hit.

Speed, Range, and Firepower

The LCCM Mk2 comes in at a maximum takeoff mass of 122 kilograms (269 pounds) and a dry mass of 38 kilograms (84 pounds).

It carries 48 liters of fuel and supports payloads between 25 and 50 kilograms (55 and 110 pounds), depending on the required range.

The missile cruises between 220 and 600 kilometers per hour (137 and 373 miles per hour) and can reach altitudes up to 11,500 meters (37,730 feet).

Exhibit personnel and representatives discuss the airframe design of LCCM Mk2. Photo: E-System Solutions

Smart Targeting 

While its exact guidance package has not been disclosed, the LCCM Mk2 is believed to rely on an inertial navigation system supported by GPS for mid-course accuracy.

The final approach to the target is handled by an optoelectronic terminal seeker, which potentially incorporates thermal imaging capabilities.

Thanks to its modular, container-ready design, the weapon can slot into different platforms with minimal integration work, making it easier for forces to adapt the system to shifting battlefield needs.

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