Minerva Humanoids Developed Robot for Hazardous Tasks
The firm created the Roger humanoid robot to perform dangerous disposal operations using virtual reality controls.
Updated on Oct. 12, 2026 in Robotics
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In May 2026, Minerva Humanoids introduced the Roger humanoid robot, designed to handle explosives and toxic materials. The system combines remote operation via VR headsets with an autonomous AI for balance.
Why it matters
This technology removes human experts from immediate physical danger during high-precision tasks like bomb disposal. By integrating AI for path adjustment, the system increases the safety of hazardous environment operations.
The Roger robot was built in 5 months and utilizes the Minerva Intelligence AI system for real-time path adjustment. The robot is controlled via a low-latency communication link that maps user movements to mechanical hands.
The players
Minerva Humanoids
This robotics company specializes in humanoid technology designed for high-risk industrial and emergency applications.
Sandor Felber
He is a co-founder of Minerva Humanoids and plays a leadership role in the firm's strategic development.
Maurice Rahme
A co-founder of the company, he previously spent 6 years working at Boston Dynamics before launching his own firm.
NATO
The North Atlantic Treaty Organization provided its Explosive Ordnance Disposal Centre of Excellence in Slovakia for field trials.
The details
The robot integrates direct remote control with an autonomous AI system that maintains balance and adjusts movement during operation. Operators utilize a VR headset to navigate hazardous environments while the unit manages the physical interaction with explosives or high-voltage equipment.
Timeline
Late 2025: Minerva Humanoids was founded.
May 2026: The Roger humanoid robot completed testing.
The Tech Race
This development follows the technical paradigm established by the DARPA Robotics Challenge, shifting the focus from basic locomotion toward specialized, hazardous-task automation. Minerva Humanoids is positioning itself as a challenger to legacy firms by prioritizing rapid prototype cycles.
While the robot is currently limited to specialized industrial and emergency roles, the underlying software could eventually improve robotic precision in consumer or manufacturing sectors. Users in high-risk professions may see improved safety protocols as these remote-control systems become more common.
The takeaway
Advancements in remote-controlled humanoid robotics are significantly lowering the risk profile for dangerous professional tasks. Organizations that integrate AI-supported balance systems can achieve higher precision while keeping operators at a safe, remote distance.
Further reading
For more on the latest advancements in autonomous systems, see our Robotics section.
Source note: This article includes information reported by RBC-Ukraine.
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