A robot dog with a rifle – it's one of the latest additions to an ever-expanding range of concepts the US military is exploring to create defenses against drones. The war in Ukraine and the crises in the Middle East have shown how important the fight against drones is, and the US military is exploring new solutions in this area. In addition, the weaponization of robops is of increasing interest both in the US armed forces and around the world.
Ghost Robotics' four-legged Vision 60 robot, armed with an AR-15/M16 carbine, is one of the countermeasures drones that were demonstrated at the US Army Fort Drum base in New York as part of Operation Hard Kill exercises.
As stated in the US Army, Operation Hard Kill – is “live fire training” which will “turn Fort Drum into a premier counter-UAV training center by demonstrating the capabilities of lethal and non-lethal systems”.
The Vision 60 Q-UGV robot has a small turret at the front that mounts an AR-15-style rifle with a relatively large electro-optical sighting system and a large lens. This indicates infrared/thermal vision capability, which is particularly useful for finding targets in the sky. A laser guidance device is also attached to the side. The back of the Q-UGV features a GoPro-like video camera.
A video from the event shows people using some sort of tablets to remotely control weapons. It is not known whether the full system includes guidance from on-board sensors, but some degree of automated targeting would be highly desirable for this type of device. The SMASH series of computerized sights from the Israeli company Smart Shooter is a prime example of small arms optics on the market that offers target recognition and auto-aim features and can be used in a remote-controlled configuration. Some such sights are already in use in the US military.
The tower also bears the logo of Johns Hopkins University's Applied Physics Laboratory (APL), which has long supported advanced military research, including through rapid prototyping.
The Vision 60 configuration is equipped with a C-UAS (Counter Unmanned Aerial Systems) system, that is, a UAV countermeasure complex. This is in line with the desire of the US Army and Marine Corps to extend drone countermeasures capabilities to the lowest levels of their force structures. And robops are an ideal platform for reconnaissance and local security, especially for supporting small units in dense urban environments. Of course, this is only one of the solutions for countering UAVs. The Army and Marines are counting on a broader multi-layered defense system.
At the Fort Drum event, a version of the Rheinmetall Mission Master unmanned ground vehicle was also shown, with a turret armed with a pair of rapid-fire 7.62mm machine guns. This reflects a separate trend in the development of anti-drone systems that can be equipped with small radar systems and other sensors.
In principle, a robot dog with a rifle can be effective against other targets besides drones. Marine Corps Special Operations Command (MARSOC) has evaluated the Ghost Robotics Vision 60 robots, and regular Marine units are testing other types of robotic dogs equipped with anti-tank missile launchers. At most, unarmed robops are already in limited military service in the US and perform various functions such as perimeter patrolling.