Leonardo DRS lands USD 100 million deal for U.S. Army mortar fire control systems

By Defence Industry Europe

Leonardo DRS has announced a major contract win to supply next-generation Mortar Fire Control Systems (MFCS) to the U.S. Army. The firm fixed-price Indefinite Delivery/Indefinite Quantity (IDIQ) contract is valued at over $99 million.

 

The contract encompasses the production and delivery of advanced fire control systems, as well as fielding services to enhance the Army’s Mortar Weapons and Fire Control programs. This modernisation effort is set to significantly improve the accuracy, speed, and connectivity of mortar fire operations.

The MFCS integrates cutting-edge technology to transform mortar fire control for the digital battlefield. It combines a precise weapon pointing device, an inertial navigation system, and robust digital communications, all housed within a rugged fire control computer. This system enables mortar crews to exchange digital fire messages, determine weapon positioning, and calculate ballistic trajectories with unparalleled precision.

 

 

Dennis Crumley, Senior Vice President and General Manager of the Leonardo DRS Land Electronics division, expressed confidence in the company’s capabilities. “Leonardo DRS is uniquely qualified for this program because of its extensive catalogue of technology and experience in providing advanced, ruggedised and networked computing systems across the U.S. Army inventory,” Crumley stated. He added that the company is proud to support Army modernisation and enhance the capabilities of U.S. warfighters.

Networked computing remains a strategic priority for Leonardo DRS, aligning with its leadership in C5 (Command, Control, Communications, Computers, and Cyber) technologies. The company’s innovations aim to strengthen multi-domain battlefield operations, enhancing data flow, targeting efficiency, and situational awareness for commanders and crews.

Leonardo DRS is also investing in future tactical computing systems and artificial intelligence processing solutions. These developments, alongside their advanced modular standards for C5ISR/EW systems, aim to improve sensor integration, battlefield awareness, and reduce the cognitive workload of military personnel.

 

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