DEEP Robotics LYNX M20 Series

DEEP Robotics LYNX M20 Series

Industrial Wheel-Legged Robot for Extreme Terrain and High-Risk Operations

The DEEP Robotics LYNX M20 Series is an industrial-grade wheel-legged robotic platform designed for challenging terrains and hazardous environments. Combining the speed of wheeled mobility with the agility of legged movement, the LYNX M20 Series is built to operate across rugged mountain trails, muddy wetlands, debris-strewn environments, tunnels, pipelines, and other demanding industrial locations.

With a compact 35 kg design, the LYNX M20 Series can be transported by a single operator while providing substantial payload capacity and long operating endurance. Its highly flexible joints and adaptable leg configurations allow the robot to navigate stairs, large obstacles, steep slopes, and confined spaces where conventional wheeled platforms may be limited.

The LYNX M20 Series incorporates advanced perception and mobility technologies, including 96-line LiDAR, wide-angle cameras, omnidirectional obstacle avoidance, point-cloud surround view, and autonomous navigation on supported configurations. These capabilities enable the robot to perceive its surroundings and adapt its movement to complex terrain.

Built for demanding industrial environments, the LYNX M20 Series features IP66 or IP67 protection depending on configuration, wide operating temperature ranges, bidirectional lighting for low-light environments, RF image transmission, OTA upgrades, and hot-swappable battery technology on the LYNX M20S.

Available in LYNX M20, LYNX M20 Pro, and LYNX M20S configurations, the series provides scalable performance and hardware capabilities for applications including power inspection, emergency response, logistics, tunnel operations, mining, construction, and scientific exploration.

Key Features

• Industrial-grade wheel-legged robotic platform
• Combines wheeled speed with legged agility
• Designed for challenging and hazardous environments
• 35 kg weight including battery
• Up to 15 kg payload capacity on LYNX M20 and M20 Pro
• Up to 35 kg effective payload on LYNX M20S under standard terrain conditions
• Up to 100 kg maximum payload capacity on LYNX M20S
• 96-line LiDAR perception system
• 360° × 90° LiDAR field of view
• Approximately 860,000 points per second LiDAR output
• Dual wide-angle cameras
• Omnidirectional obstacle avoidance
• Point-cloud surround view
• SLAM mapping and localization on supported configurations
• Autonomous navigation on supported configurations
• Autonomous charging available as an option
• Front and rear bidirectional lighting
• RF image transmission
• OTA software upgrades
• Hot-swappable dual battery system on LYNX M20S
• Up to 45° slope capability
• Up to 80 cm single-step obstacle clearance on LYNX M20
• Up to 100 cm single-step obstacle clearance on LYNX M20S
• IP66 or IP67 protection depending on configuration
• Designed for modular application expansion

Why Choose LYNX M20 Series?

• Combines wheeled mobility with the terrain adaptability of legged locomotion
• Designed specifically for high-risk and demanding industrial environments
• Compact enough for transportation and deployment by a single operator
• Advanced LiDAR and camera systems provide enhanced environmental perception
• Multiple configurations allow organizations to select the appropriate payload, endurance, and autonomy capabilities
• Supports autonomous navigation and obstacle avoidance on applicable configurations
• Extreme-environment protection supports operation in demanding weather and terrain conditions
• Hot-swappable battery technology helps reduce operational downtime
• Suitable for integration into specialized industrial robotic workflows

Ideal Applications

• Power and utility inspection
• Emergency response
• Search and rescue operations
• Tunnel inspection
• Mining and metal operations
• Construction site inspection
• Industrial inspection
• Hazardous environment monitoring
• Logistics and material transport
• Scientific exploration
• Infrastructure inspection
• Remote and high-risk operations