Revolutionizing Warfare: SIG SAUER Unveils Cutting-Edge AI-Driven Lightweight RCWS at Eurosatory 2026
Paris, France – June 8, 2026: At Eurosatory 2026, SIG SAUER Advanced Defense Systems is set to unveil its cutting-edge lightweight Remote-Controlled Weapon Stations (RCWS) Family. This exhibit highlights the evolution of compact, AI-driven remote firepower, designed to enhance distributed, multi-domain operations across both manned and unmanned platforms.
Located at SIG SAUER Hall #6, booth #D26, the showcase will feature the innovative UltraLight RCWS, the airborne-capable MicroLight RCWS, and the Ranger RCU remote control unit. This modular approach effectively addresses the latest operational demands in land, airborne, maritime, and counter-UAS missions.
Central to this display is the latest iteration of the combat-proven UltraLight RCWS, equipped with next-generation machine guns, including the MMG and NGSW family. This system stands out as the lightest yet most lethal option available globally. With AI-powered cueing capabilities, it allows for simultaneous tracking of multiple targets in both day and night scenarios. Threat prioritization features significantly reduce operator workload and enhance response times in dynamic combat environments. Importantly, human operators remain fully accountable for target identification and engagement decisions.
Providing a unique perspective, SIG SAUER will also unveil the MicroLight RCWS, specifically designed for unmanned aerial operations. This compact system seamlessly integrates a stabilized SIG SAUER light machine gun with an unmanned aerial platform, ensuring stability and controlled engagement from the air.
Remote Control Unit (RCU)
Additionally, SIG SAUER will showcase the Ranger RCU remote control unit. This feature-rich unit simplifies remote weapon operations across various environments, supporting secure remote functionality via both wired and wireless communications. Enhanced user interface features include Multiple Point & Shoot™ and Automatic Target Recognition (ATR). The ATR utilizes sophisticated computer vision algorithms to detect, classify, and track potential threats in real time, such as personnel, vehicles, vessels, and low-flying drones.
The systems presented at Eurosatory are a reflection of the operational lessons learned from recent combat scenarios, where lightweight remote firepower is crucial for supporting mobile, distributed, and rapidly deployable operations. Applications extend beyond traditional armored vehicles to encompass unmanned ground systems, maritime security platforms, remote firing positions, and airborne deployments. Attendees of Eurosatory 2026 will have the opportunity to interact with these advanced systems and engage in discussions about their operational applications with SIG SAUER representatives.
