Ukraine has built a robot to carry wounded soldiers out of the kill zones. Evacuation is a fight for the life of the wounded soldier, as well as for the lives of those who set out to help them, the manufacturer Robotized Complexes said, unveiling the "Murakha CaseEvak", a robotic evacuation complex that removes a soldier from a danger zone remotely, minimizing the risk to personnel.
Casualty evacuation on a front saturated with Russian drones is one of the deadliest tasks in the war, with wounded soldiers sometimes waiting days for extraction.
Troops told Euromaidan Press in May 2026 that there were essentially zero purpose-built casevac robots on the market, with evacuation handled by logistics robots not designed to handle the wounded. The Murakha CaseEvak is built specifically for that job: an armored medical capsule on a ground robot, controlled remotely so no rescuer has to enter the drone-hunted zone. It is the specialized casevac machine that the gap called for.
The capsule is armored to survive the trip
The core of the system is a medical capsule built to protect the wounded soldier from the threats that make evacuation lethal. The armored capsule is made of Armox 500T armor-piercing-resistant steel, protecting the person inside from shrapnel and other external threats and creating conditions for safe transport even in zones where enemy drones are actively operating, per Robotized Complexes.
Folding side and rear covers allow a wounded soldier to be loaded quickly, and inside the capsule is a life-support system, ventilation, heating, interior lighting, video surveillance, two-way audio communication, and an emergency door-opening function from inside. A wounded soldier sealed in the capsule can be monitored and spoken to by the operator throughout the drive, and can get himself out if something goes wrong.
The armored approach has already proven itself. In December 2025, a Ukrainian robotic evacuation capsule took a direct hit from a Russian FPV drone mid-evacuation, and the wounded soldier inside survived, a demonstration of exactly why putting armor around the casualty matters when drones hunt the rescue.
The robot was rebuilt to carry the weight
Carrying an armored capsule required upgrading the robot underneath it. The evacuation capsule weighs 344 kilograms, and the complete complex weighs 1,031 kilograms, so Robotized Complexes modernized the Murakha platform itself, increasing motor power to 8 kilowatts and substantially expanding battery capacity.
The connectivity is built to survive Russian jamming, the problem that grounds so many ground robots. The complex carries day, night, and thermal cameras and supports several control channels, including ELRS, LTE, Starlink, and fiber-optic, allowing it to operate even in environments where the enemy is actively using electronic warfare.
