Ukrainian defense forces are currently testing specialized exoskeletons designed to assist artillery personnel in transporting heavy shells more efficiently. These technological solutions are being evaluated in combat conditions along the Pokrovsk front.
The 147th Separate Artillery Brigade is utilizing the test models in their operations. The exoskeletons enable artillery crews to perform their tasks more effectively, despite the significant weight of the munitions they handle.
Colonel Vitaliy Serdyuk, head of the missile troops and artillery management, noted that the daily responsibilities of soldiers demand extraordinary physical effort. “Artillery personnel endure high physical loads daily, carrying between 15 to 30 shells, each weighing approximately 50 kilograms. Initial results indicate they experience less fatigue, work more quickly, and maintain combat readiness for longer periods,” Serdyuk emphasized.
The introduction of exoskeletons aligns with the philosophy of ‘technological airborne troops,’ aimed at easing human labor through innovation.
Key features of the exoskeletons include:
- Reduction of physical strain on the body by up to 30%;
- Support for movement speeds of up to 20 km/h;
- A range of 17 km.
“We are alleviating human exertion through technological solutions,” stated the press service of the corps.
Ukraine has emerged as a significant global testing ground for modern weaponry. The country has launched a dedicated platform for evaluating Western military technology under real combat conditions.
Additionally, as part of defense collaboration, the German company Rheinmetall has introduced a new drone, which is currently undergoing field tests. New defense systems against enemy drones and ballistic missiles are also being trialed to enhance security both at the front lines and in the rear.
Ukrainian forces are testing exoskeletons to assist artillery personnel in handling heavy munitions more effectively. The initiative aims to reduce physical strain and improve operational efficiency in combat scenarios.