The DEEPRobotics Lynx M20 series represents a groundbreaking advancement in embodied intelligence and industrial robotics: the world's first purpose-built wheeled-legged quadruped robot designed specifically for challenging terrains and hazardous environments. By seamlessly combining the speed and efficiency of wheels with the agility and adaptability of legs, the Lynx M20 conquers rugged mountain trails, muddy wetlands, debris-strewn ruins, narrow tunnels, and steep staircases that defeat conventional robots. Its hyper-flexible joints enable seamless mode switching between "front-elbow/rear-knee" and "full-elbow" configurations, allowing it to navigate 50cm passages, climb continuous 25cm stairs, clear single 80cm obstacles, and tackle up to 45° slopes with remarkable stability.
Engineered for real-world industrial demands, the Lynx M20 delivers exceptional payload capacity of 15kg (with a maximum load of 50kg), outstanding endurance of up to 3 hours unloaded (15km range) or 2.5 hours loaded (12km), and hot-swappable batteries that minimize downtime. Its rugged construction features IP66-rated protection and reliable operation from -20°C to 55°C, while dual 96-line LiDAR sensors, wide-angle cameras, and powerful industrial processors enable autonomous terrain perception, omnidirectional obstacle avoidance, real-time SLAM mapping, and precise navigation. Front and rear bidirectional lighting, RF image transmission, and over-the-air (OTA) software upgrades ensure it remains a dependable partner in low-light, remote, or evolving mission scenarios.
Ideal for power and utility inspection, emergency response, tunnel and mining operations, construction sites, logistics support, and scientific exploration, the Lynx M20 series dramatically reduces human exposure to danger while boosting operational efficiency and data collection capabilities. Its compact, single-operator-portable design (approximately 33–35kg) bridges the gap between manual labor and heavy machinery, delivering versatile, future-proof performance that redefines what’s possible in high-risk field robotics.
