Rheinmetall is pushing the boundaries of where robots can operate through its YARO Cobot, a new platform built for rough, unpredictable environments that most machines avoid.

Developed by its subsidiary YardStick Robotics, the collaborative robot (Cobot) aims to deliver adaptable, precision-driven autonomy in environments that do not suit traditional automation.

It supports mobile logistics, remote inspections, and outdoor operations without the need for conventional setups.

YARO also uses AI for decision-making, object detection, and movement planning, adapting as terrain or tasks change. Its modular design means it can be reconfigured to suit different missions.

The system could take on tasks such as bomb disposal, reconnaissance, and remote manipulation, limiting direct human involvement in high-risk areas.

Live Trials in Extreme Conditions

Rheinmetall showcased YARO’s performance at the recently concluded Automatica 2025, with trials designed to push the robot to its limits.

In one setup, the system operated submerged in a water-filled basin, demonstrating its ability to function in challenging settings.

Rheinmetall is presenting the YARO Cobot at Automatica. Photo: Rheinmetall

Another demo showed YARO autonomously picking and placing unfamiliar objects using its object recognition system. With AI-driven motion planning and sensing, it also adjusted in real-time to shifting positions and sudden changes in its surroundings.

Beyond what was demonstrated on-site, YARO is reportedly engineered for a wide range of extreme environments, from desert heat to icy coastal cold.

Its “corrosion-resistant” aluminum frame and protection system also shield the tech from salt, dust, moisture, and high-pressure water.

Building the Autonomous Ecosystem

YARO is part of Rheinmetall’s broader push to develop scalable, mission-ready autonomous systems across land, air, and sea.

Backed by Germany’s RoX program aimed at advancing robotic and autonomous capabilities, it also draws support from various European research initiatives focused on navigation, sensor fusion, and secure communications.

The platform joins the company’s growing robotics lineup, including the Mission Master unmanned ground vehicle and the Axus multi-purpose autonomous vehicle.