The US military is testing an upgraded version of the Hunter Wolf UGV, when it is equipped with a 12.7 mm (.50 inch) machine gun, marking an important shift from a logistics platform to a combat support role.
This unmanned vehicle once appeared in an exercise in the jungle terrain, with a new armed configuration. In the simulation scenario, Hunter Wolf is deployed deep in formation, taking on additional monitoring and protection functions, instead of just transporting goods as before.
This change reflects a new trend in the US military in expanding the role of unmanned systems. Instead of just logistical support, platforms like Hunter Wolf are being researched to operate in a higher-risk environment where they can directly contribute to battlefield security missions.
Initially, Hunter Wolf was developed in the Small-Sized Multipurpose Equipment Transportation (S-MET) program, to reduce the load on soldiers when carrying equipment. However, with the new configuration, this vehicle is moving closer to the multi-tasking "battlefield robot" model.
Developer HDT Global (a US defense technology company specializing in developing military support equipment and systems) describes Hunter Wolf as being able to undertake many different tasks.
The device can operate continuously for 24 hours, reach a maximum speed of about 100 km/h, overcome steep terrain up to 30 degrees and has an operating range of about 300 km.
In addition, the simple control system allows soldiers to operate with one hand, with a communication range of more than 600 meters.
These parameters help Hunter Wolf become an effective support tool, both reducing the burden on humans and increasing the level of safety in combat.
Although there is no detailed information about the widespread deployment plan, the appearance of the armed version shows that the US military is actively testing the ability to integrate robots into actual combat missions.
This could be an important step forward in changing the operation of the battlefield in the future, where humans and machines coordinate more closely.
