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US Awards Contract to ELTA North America for M3S2 Vehicle Protection System Against Drones and Ground Threats.
The United States Department of Defense has recently awarded a contract to ELTA North America to evaluate the capabilities of the Multi-Mission/Multi-Sensor Suite (M3S2), a technological system designed to enhance the protection of combat vehicles and military infrastructure. This system integrates multiple sensors to improve situational awareness, provide active protection against various threats, and strengthen counter-drone capabilities. Its modular architecture and optimized design for reduced size, weight, and power consumption make it adaptable to a wide range of platforms, whether wheeled or tracked.
The modular architecture of the M3S2 allows integration across a broad range of military platforms, from light armored vehicles to main battle tanks and stationary defense systems (Picture source: ELTA North America)
The M3S2 sensor suite incorporates several advanced technologies that work in coordination to provide 360-degree detection coverage. Among these are active electronically scanned array (AESA) radars, capable of detecting both airborne and ground threats with high accuracy, including small drones with low radar signatures. These radars are coupled with electro-optical and infrared sensors that enable precise identification and tracking of detected targets, even under low-visibility conditions or when adversaries use camouflage techniques.
Additionally, the system includes an acoustic gunfire and explosion detector, which identifies the origin and type of ballistic threats by analyzing sound waves generated by detonations. This component is supplemented by a muzzle flash detector, an optical technology that instantly locates the source of enemy fire, whether from snipers, combat vehicles, or artillery. These inputs are processed in real time by a central unit employing advanced data fusion algorithms to cross-analyze sensor outputs and provide operators with a clear and contextualized tactical picture.
The M3S2's human-machine interface is designed to support rapid and effective decision-making. By providing clear threat visualization on an ergonomic display, operators can quickly assess risks and activate appropriate countermeasures. The system is also capable of directly interfacing with vehicle fire control systems, completing the sensor-to-shooter loop. When integrated with a remote weapon station or turret, the M3S2 can transmit precise targeting data for either automatic or semi-automatic engagement of detected threats.
The modular architecture of the M3S2 allows integration across a broad range of military platforms, from light armored vehicles to main battle tanks and stationary defense systems. Its compact design and low power consumption minimize impact on vehicle mobility and operational endurance. Additionally, its adaptable structure enables system upgrades or modifications to meet specific operational requirements.
Joe Adams, CEO of ELTA North America, emphasized the importance of this system in addressing evolving security challenges, highlighting its ability to provide 360-degree protection by integrating multiple sensor types to detect and respond to a wide range of threats, reducing reliance on separate, standalone systems.
This contract further solidifies ELTA North America’s role as a provider of advanced technologies for US defense forces. In 2021, the company supplied the OTM V4 (On The Move) counter-drone system to the Department of Defense and the Department of Homeland Security. It also contributed to the integration of the Trophy active protection system on M1A2 Abrams tanks, a technology developed by its parent company, ELTA Systems Limited, a subsidiary of Israel Aircraft Industries (IAI).
The M3S2 evaluation aligns with the US Department of Defense's efforts to modernize vehicle protection systems against asymmetric threats and contemporary urban and hybrid warfare challenges. This technology is expected to enhance force protection in high-risk environments by providing advanced surveillance and rapid response capabilities against ballistic and emerging aerial threats.