Deep Robotics Lynx M20 Pro All-Terrain Wheeled-Legged Robot

• Deep Robotics Lynx M20 Pro All-Terrain Wheeled-Legged Robot
• Wheel-leg hybrid quadruped platform with bidirectional design and hot-swappable battery
• Triple octa-core 64-bit industrial processors with 16GB RAM and 128GB storage
• Dual 96-line LiDAR sensors with 360x90 degree field of view and ~860,000 pts/s output
• IP66-rated protection with operating range from -20 to 55 degrees Celsius
• SLAM mapping and navigation with omnidirectional obstacle avoidance
• 15kg payload capacity with up to 3h/15km unloaded endurance

The Deep Robotics Lynx M20 Pro is a professional-grade wheel-leg hybrid robot, engineered for autonomous operation in demanding industrial and outdoor environments. Combining the speed advantages of wheeled locomotion with the terrain adaptability of legged movement, the platform transitions seamlessly between surface types without manual reconfiguration. Its compact form factor at 33kg enables single-operator transport while supporting a 15kg operational payload, making it practical for deployment in confined passages as narrow as 50cm. The robot is designed for power inspection, emergency rescue, logistics delivery, and field research where reliability in harsh conditions is critical.

The M20 Pro features an advanced autonomous navigation stack built around dual 96-line LiDAR sensors and wide-angle cameras, enabling real-time environmental perception and high-density point cloud generation. Its perception system supports omnidirectional obstacle avoidance and point cloud surround view, allowing the robot to respond dynamically to terrain changes and unexpected obstructions. SLAM-based mapping and localization are integrated natively, removing dependency on external positioning infrastructure. The platform exposes hardware interfaces including Gigabit Ethernet and USB connectivity, and supports OTA firmware updates, making it well-suited for research institutions, industrial operators, and system integrators requiring a field-ready autonomous robotics platform.

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Model Features

The Lynx M20 Pro combines industrial-grade hardware with adaptive locomotion across a wide range of terrains and operating conditions.

Mobility & Gait→

Mobility & Gait

Max Speed: 5m/s (lab-tested)

Field Operating Speed: 2m/s

Max Slope: 45 degrees

Step/Obstacle Height: 25cm continuous, 80cm single-step

Narrow Passage: 50cm clearance

Sensing & Perception→

Sensing & Perception

LiDAR: x2, 96-line, 360x90 degree FOV

Point Cloud Output: ~860,000 pts/s

Wide-Angle Cameras: x2

Lighting: Front and rear bidirectional LED

Protection: IP66

Computing & SDK→

Computing & SDK

Computing Power: Triple octa-core 64-bit industrial processors

Memory/Storage: 16GB RAM, 128GB storage

Interfaces: Power Port (24V/72V), Gigabit Ethernet, USB

Updates: OTA firmware upgrades supported

SLAM: Mapping and autonomous navigation included

Capabilities

The Lynx M20 Pro combines advanced autonomous navigation, industrial-grade perception, and flexible software integration to support a wide range of deployment scenarios.

Autonomous Navigation

SLAM-based mapping and localization enables fully autonomous route planning without external positioning infrastructure. Omnidirectional obstacle avoidance keeps the robot operational in dynamic and cluttered environments.

High-Density LiDAR Perception

Dual 96-line LiDAR sensors deliver a 360-degree by 90-degree field of view with approximately 860,000 points per second for precise environmental mapping. Point cloud surround view provides complete spatial awareness across all terrain types.

Extreme Environment Durability

IP66-rated ingress protection and an operating temperature range of -20 to 55 degrees Celsius ensure reliable performance across industrial sites, outdoor environments, and adverse weather conditions. Bidirectional front and rear LED lighting supports operation in low-visibility conditions.

Open Integration and OTA Updates

Multiple hardware interfaces, including Gigabit Ethernet and USB, enable integration with third-party sensors, payloads, and enterprise systems. OTA firmware updates allow remote capability expansion and feature deployment without physical access to the unit.

Use Cases & Application Scenarios

From high-voltage infrastructure to disaster zones, the Lynx M20 Pro adapts to the demands of frontline industrial and field operations.

Power Infrastructure Inspection

The Lynx M20 Pro navigates substations, transmission corridors, and electrical infrastructure autonomously, reducing human exposure in high-voltage environments. Its LiDAR-based perception and omnidirectional obstacle avoidance support repeatable inspection routes with consistent data collection.

Emergency Rescue Operations

In disaster scenarios involving rubble, steep slopes, and narrow access points, the wheel-leg hybrid design allows the robot to reach areas inaccessible to conventional wheeled platforms. Hot-swappable batteries and rugged IP66 construction ensure continuous operation during extended rescue missions.

Outdoor Terrain Navigation

The M20 Pro traverses muddy wetlands, sand, loose soil, and uneven terrain by dynamically adjusting its gait and leg configuration. Its bidirectional design and ability to reverse without turning make it highly effective in constrained outdoor corridors and narrow field paths.

Logistics Delivery and Research

With a 15kg payload capacity and extended runtime, the robot supports last-mile logistics in complex terrain where wheeled vehicles cannot operate. Research institutions and development teams benefit from open hardware interfaces and OTA update support for rapid prototyping and field experimentation.