Deep Robotics Lynx M20 Pro

The Deep Robotics Lynx M20 Pro is the world's first industrial-grade wheel-legged quadruped robot designed for extreme terrain and challenging environments. This revolutionary platform combines the rolling speed of wheeled locomotion with the agility and climbability of legged systems, delivering unmatched omnidirectional mobility across mountains, marshlands, debris fields, and urban ruins. With dual 96-line LiDAR units, AI-powered autonomous navigation, industrial-strength IP66 weatherproofing, and extended operational range, the Lynx M20 Pro is engineered for real-world industrial missions including power grid inspection, emergency response, scientific exploration, and logistics in unstructured environments. This premium platform represents the pinnacle of quadruped robotics technology for commercial and research applications.

The dual 96-line LiDAR configuration provides exceptional environmental perception depth, enabling advanced obstacle avoidance and terrain classification even in low-visibility conditions such as dust, smoke, or harsh weather. The AI-powered autonomous navigation system learns from missions and adapts its movement strategies based on real-world terrain conditions, making it remarkably effective in dynamic and unpredictable environments that would challenge traditional wheeled or purely legged platforms.

Power grid inspectors and emergency response teams benefit tremendously from the Lynx M20 Pro's ability to traverse extreme terrain while maintaining platform stability and carrying sophisticated sensor payloads. The industrial IP66 weatherproofing ensures reliability in rain, mud, and debris-filled environments where traditional robots would fail, making it a genuinely transformative tool for infrastructure assessment, disaster response, and high-consequence inspection missions where safety and reliability are paramount.

• Dimensions: 820 × 430 × 570 mm (Standing)
• Weight: 33 kg (including battery)
• Payload Capacity: 15 kg effective payload; 50 kg maximum load (with reduced speed)
• No-Load Endurance: 3 hours continuous operation; 15 km range
• Loaded Endurance: 2.5 hours with effective load; 12 km range
• Charging Time: 1.5 hours for single battery
• Maximum Speed: 5 m/s (lab-tested); 2 m/s (recommended operational speed)
• Maximum Stair Height: 25 cm continuous
• Maximum Single Step: 80 cm height
• Maximum Slope: 45° incline
• Operating Temperature Range: –20°C to +55°C
• Environmental Protection: IP66-rated (dust and water resistant)
• Primary LiDAR: Twin 96-line LiDAR units for 360° scanning
• LiDAR Range: Extended range for large-area mapping and detection
• Computing Architecture: Dual octa-core 64-bit processors × 3 (16GB + 128GB each)
• Total Computing Cores: 48 cores distributed across processing units
• Memory Configuration: 48GB total RAM; 384GB total storage
• Camera System: Wide-angle cameras with bi-directional lighting
• Autonomous Features: SLAM, autonomous navigation, terrain recognition
• Gait Control: Adaptive gait adjustment for terrain type and payload
• Connectivity: Gigabit Ethernet; RF image transmission capability
• Software Support: OTA (Over-The-Air) update capability
• Market Position: Premier industrial-grade platform for extreme terrain applications
• Degrees of Freedom: 4 per leg (16 total) with wheel-leg hybrid actuation system
• Locomotion Modes: Pure wheeled, pure legged, and hybrid wheel-leg transition modes

• Revolutionary Wheel-Leg Hybrid: Combines rolling efficiency of wheels with climbing agility of legs
• Dual 96-Line LiDAR: Industrial-grade 3D perception from two high-resolution sensors
• 360-Degree Omnidirectional Sensing: Complete environmental awareness for autonomous operation
• Autonomous SLAM: Real-time simultaneous localization and mapping capabilities
• Autonomous Navigation: Self-directed path planning and obstacle avoidance
• Adaptive Terrain Recognition: Automatic gait adjustment for optimal performance
• Exceptional Terrain Handling: 45° slopes, 25 cm stairs, 80 cm single steps
• Massive Payload Capacity: 15 kg effective load; up to 50 kg maximum capability
• Extended Operating Range: 15 km unloaded; 12 km with full payload
• Long Battery Life: 3 hours no-load operation; 2.5 hours with payload
• Industrial IP66 Rating: Fully sealed against dust and water for harsh environments
• Temperature Hardened: Operates reliably from –20°C to +55°C
• Massive Computing Power: 48 CPU cores across triple octa-core processors
• Enterprise Storage: 384GB total distributed storage for mission data
• Advanced Camera System: Wide-angle vision with integrated bi-directional lighting
• Low-Light Vision: LED lighting enables operation in dark environments
• Gigabit Ethernet: High-bandwidth networked communication for real-time streaming
• RF Image Transmission: Wireless video streaming capability for remote monitoring
• OTA Software Updates: Remote firmware and algorithm updates without physical access
• Fast Charging: Single battery fully charged in 1.5 hours
• Hot-Swappable Batteries: Quick battery replacement for extended missions
• Professional-Grade Construction: Industrial materials and engineering for extreme durability
• Autonomous Charging Capability: Docking station-based autonomous recharging (Pro version)
• Modular Architecture: Expandable design for sensor and mission package additions
• Enterprise Support: Commercial-grade technical support and maintenance services
• Tri-Mode Locomotion: Seamlessly switches between wheeled, legged, and hybrid gaits based on terrain classification
• 16-DOF Articulation: Four joints per leg provide full omnidirectional mobility and obstacle negotiation

The Lynx M20 Pro serves critical roles in industrial sectors where extreme terrain access, heavy payload capacity, and autonomous operation converge. Power grid operators deploy the platform for autonomous inspection of transmission tower infrastructure across mountainous terrain that is inaccessible to wheeled vehicles and dangerous for human inspectors. Emergency response teams use the Lynx M20 Pro for rapid hazard assessment in disaster zones, navigating debris fields, collapsed structures, and unstable surfaces while carrying sensor payloads for casualty detection and environmental monitoring.

Scientific exploration missions benefit from the platform's 15 km unloaded range and ability to traverse 45-degree slopes, enabling geological survey, environmental monitoring, and wildlife observation in remote wilderness areas. Mining and industrial site operators deploy the Lynx M20 Pro for continuous autonomous surveillance of quarries, construction zones, and hazardous material storage facilities where human presence carries unacceptable risk. The modular payload architecture supports mission-specific sensor packages including thermal imaging, gas detection, radiation monitoring, and high-resolution photogrammetry equipment.

Defense and security organizations evaluate the Lynx M20 Pro for reconnaissance and tactical logistics in terrain too dangerous or inaccessible for personnel, leveraging the platform's ability to carry 15 kg sensor payloads across debris fields, steep slopes, and confined spaces while maintaining autonomous navigation capability via the onboard 48-core computing cluster.

• Estimated Setup Time: 1 to 2 hours depending on configuration and payload integration.

• Step 1 - Unbox and Inspect: The Lynx M20 Pro is a larger industrial-grade wheeled-legged quadruped (33 kg total). Verify the robot unit, batteries, charger, and documentation. This platform supports up to 50 kg maximum payload.

• Step 2 - Charge Batteries: Fully charge the hot-swappable batteries (approximately 1.5 hours). Runtime is up to 3 hours unloaded (15 km range) or 2.5 hours under load (12 km range).

• Step 3 - Power On: Place on flat ground with generous clearance (the robot measures 820 x 430 x 570 mm standing). Power on and allow the system to boot, including the 96-line LiDAR (360 x 90 degree field of view).

• Step 4 - Network Setup: Connect via WiFi or Ethernet. The Lynx supports ROS-compatible SDK for development.

• Step 5 - Test Locomotion: The wheeled-legged hybrid handles 45-degree slopes, 25 cm continuous stairs, and single steps up to 80 cm. Maximum speed is 5 m/s (2 m/s recommended operating speed). Test on representative terrain.

• Optional Features: Self-charging and modular expansion capabilities are available. Contact Deep Robotics for detailed integration guidance specific to your deployment scenario.