LYNX M20 Omni-Terrain Wheeled-Legged Robot The LYNX M20 is the world's first wheeled-legged robot purpose-built for hazardous industrial terrain. It fuses wheeled speed with legged agility to move across rugged mountain trails, muddy wetlands, and debris-strewn ruins — pioneering embodied intelligence for power inspection, emergency response, logistics, and scientific exploration. Key Features Lighter, faster, smarterA mid-size form factor gives the LYNX M20 a 50 cm ground clearance, balancing mobility through narrow spaces with the payload and endurance industrial tasks demand. Omni-terrain masteryThe robot autonomously reads terrain and adjusts its gait in real time, with omnidirectional obstacle avoidance that lets it move through mountains, wetlands, and rubble without manual intervention. Compact and adaptiveAt just 35 kg, it's light enough for a single operator to carry into the field. Hyper-flexible joints support seamless leg-mode switching — including a front-elbow/rear-knee configuration — letting it climb stairs up to 25 cm continuously, clear single steps up to 80 cm, and move through tunnels and pipelines that would stop wheeled or tracked equipment. Hardcore, extreme-environment protectionAn IP66 rating and an operating range of -20°C to 55°C keep the LYNX M20 running in conditions that ground other platforms. Dual 96-line LiDAR units (360°×90° FOV, ~860,000 pts/s) provide full-surround sensing, front and rear bidirectional lighting handle low-visibility work, and hot-swappable batteries keep it in the field during extended missions. High-performance configurationsThe LYNX M20 carries a 15 kg payload (up to 50 kg max load), runs 2.5 hours loaded, and clears obstacles up to 80 cm. Auto-navigation with omnidirectional obstacle avoidance runs on the onboard LiDAR array, and optional self-charging plus modular expansion support let it adapt to a wider range of missions. Applications Power inspection — navigating substations, transmission corridors, and hard-to-reach infrastructure Emergency response — moving through disaster sites, rubble, and terrain closed to vehicles Logistics — carrying payloads across ground heavy machinery can't cross Scientific exploration — operating in remote or extreme environments over sustained missions
