U.S  

US Marines test four-legged unmanned ground vehicles armed with AI rifles for enhanced safety and precision in military operations. Collaboration between industry and the military aims to redefine the future of unmanned defense systems.

In a recent development, the US Marine Forces Special Operations Command conducted a test involving four-legged unmanned ground vehicles (UGVs) equipped with artificial intelligence-enabled rifles. This significant trial, which took place at an undisclosed location, was revealed by Eric Shell, a representative from Onyx Industries, a Virginia-based company that supplied the AI-enabled weaponry.

The US Marine command utilized two Vision 60 quadrupedal UGVs provided by Ghost Robotics, each outfitted with gun systems based on Onyx’s SENTRY remote weapon system. These rifles are equipped with AI-assisted Digital Imaging Systems, which automatically detect targets. However, engaging targets requires authorization from a human operator, ensuring controlled and deliberate action.

The rifles also feature an X360 Pan/Tilt Gimbal stack, enabling electro-optical/infrared capabilities. Additionally, Onyx incorporated a Remote Actuated Weapon, facilitating scanning of individuals, vehicles, and drones.

Onyx expressed confidence that this trial will contribute to revolutionizing unmanned defense technology. By enhancing precision and safety, these advancements promise to redefine how military operations are conducted.

Integrating weapons systems into four-legged UGVs is not entirely new to the military, as the US Army previously announced plans to equip its Vision 60 Q-UGVs with the Next-Generation Squad Weapon. The adoption of such technology offers several advantages, foremost among them being increased safety for soldiers. These robot dogs can be deployed for highly perilous missions, reducing the risk to human personnel.

Furthermore, these cutting-edge platforms offer versatility, capable of navigating through confined spaces like tunnels and trenches, unlike traditional military vehicles. They can also assist in clearing mined or booby-trapped areas, minimizing the danger faced by soldiers on the ground.

Eric Shell emphasized the collaborative effort between industry and the military, stating, “Together, we are pushing the boundaries of innovation and redefining the future of unmanned systems.”

In conclusion, the successful test of four-legged UGVs armed with AI rifles marks a significant step forward in military technology. With a focus on safety, precision, and versatility, these innovations promise to reshape the landscape of unmanned defense systems.