This Robot Walks, Rolls, and Thinks—Meet the LYNX M20 from DEEP Robotics

The LYNX M20 robot by DEEP Robotics is pushing the boundaries of where autonomous machines can go. It is not just built to survive tough environments—it thrives in them. This robot blends the speed of wheels with the control of articulated legs, allowing it to smoothly cruise on flat ground and nimbly step over rocks, debris, or stairs. Whether it is deployed for inspections, logistics, or rescue missions, the LYNX M20 is engineered to go the extra mile—literally and figuratively.

Measuring 820 millimeters long, 430 millimeters wide, and 570 millimeters tall, the LYNX M20 weighs about 33 kilograms including the battery. It can carry up to 15 kilograms of effective payload or a maximum of 50 kilograms if needed. Battery life under load runs around 2.5 hours, and with a lighter task, it can last up to 3 hours. For longer missions, the hot-swappable battery system means zero downtime between runs. The robot has an impressive operational range of 12 to 15 kilometers per charge.

On flat surfaces, it can hit a speed of 5 meters per second in lab settings but operates more safely at 2 meters per second. Its advanced mobility allows it to tackle stairs up to 25 centimeters and single-step vertical obstacles up to 80 centimeters. It also handles 45-degree slopes with confidence.

Engineered to perform in the most challenging environments, it can operate in temperatures as low as minus 20 degrees Celsius and as high as 55 degrees Celsius. Its IP66 rating means it is dustproof and waterproof, making it suitable for harsh conditions.

The robot’s brains are just as impressive. With dual octa-core processors and 16 gigabytes of memory, it can process data in real time. Its sensor suite includes dual 96-line LiDAR units for wide-area scanning, forward and rear LED lighting, and wide-angle video cameras. This hardware allows it to generate a 360-degree field of view with detailed obstacle detection and point cloud mapping.

The LYNX M20 is also smart about how it moves. AI-driven gait control lets it adapt its walking style depending on terrain, while its Pro version adds SLAM-based navigation and autonomous docking for charging.

Use cases range from utility inspection and tunnel surveys to logistics and disaster response. The robot can carry sensors, deliver supplies, or even act as a visual scout in environments unsafe for humans.