1 16
DEEP Robotics

DEEP Robotics Lynx M20 Pro
$55,080.00 USD $55,080.00 USD $61,200.00 USD
Sale 10.0% $6,120.00 USD (10.0%)
In stock: 100
Description

The DEEP Robotics Lynx M20 is a rugged industrial quadruped robot designed for inspection, research, and autonomous mobility in complex environments. Built with IP66-rated protection and advanced sensing, it is ideal for industrial facilities, labs, and field testing.

  • Hybrid Wheel-Leg Locomotion for optimal speed and agility
  • Industrial-grade IP66 dust and water protection
  • Operates in extreme temperatures: -20°C to 55°C
  • Maximum speed of 5m/s 
  • Payload capacity of 15kg; maximum static load capacity of 50kg

Download Lynx M20 Product Brochure

BUILT FOR EXTREME MOBILITY. ENGINEERED FOR REAL MISSIONS.

DEEP Robotics Lynx M20 Quadruped Robot

The Wheeled-Legged Robot That Redefines Field Robotics.

When your mission depends on speed, stability, and the ability to push through challenging terrain, the Lynx M20 Pro stands alone. Combining the raw speed of wheels with the terrain dominance of legs, this hybrid platform is purpose-built for inspections, emergency response, logistics, and next-generation robotics research.

Watch on YouTube
WHY LYNX M20 PRO

No More Tradeoffs Between Speed, Mobility, and Intelligence

Traditional robots force you to choose:

speed or obstacle capability,
mobility or ruggedness,
intelligence or reliability.


The DEEP Robotics Lynx M20 Pro eliminates that compromise.

By combining a wheel-leg hybrid drive, triple industrial-grade processors, and a hardened IP66 construction, the Lynx M20 Pro performs where conventional robots fall short—tight spaces, broken ground, stairs, narrow aisles, wet or dusty facilities, and outdoor industrial environments.

Whether deployed for autonomous inspection in power infrastructure, rapid reconnaissance in emergency situations, or advanced algorithm development in research labs, the M20 Pro delivers the mobility, perception, and endurance required to achieve real-world results.

The DEEP Robotics Lynx M20 Pro, an industrial-grade wheel-legged quadruped robot, is shown on a metal grate in an industrial facility. It is equipped with a 96-line LiDAR and wide-angle cameras for 360-degree situational awareness, SLAM localization, and omnidirectional obstacle avoidance, enabling autonomous inspection and navigation in challenging and hazardous environments. Its IP66 rating ensures dustproof and water-resistant operation.

Industrial Autonomous Quadruped Robot Dog

DEEP Robotics Lynx M20 Pro wheeled-legged robot climbing concrete stairs with a delivery package, demonstrating its advanced mobility for industrial logistics and last-mile delivery in complex urban environments. The robot features a hybrid design for navigating obstacles up to 25 cm, equipped with LiDAR for autonomous navigation and omnidirectional obstacle avoidance.

Unmatched Mobility & Speed

Built for rapid movement in complex environments.

The DEEP Robotics Lynx M20 Pro combines wheels and legs to achieve speeds up to 5 m/s, far beyond traditional legged robots. It maintains stability while moving quickly across stairs, slopes, and tight spaces.

Key mobility advantages:

  • Up to 5 m/s top speed (lab tested)
  • Smooth 2 m/s cruising in real deployments
  • Continuous 25 cm stair climbing
  • Surmounts 80 cm single obstacles
  • Handles 45° slopes and uneven terrain
  • Navigates passages as narrow as 50 cm
  • Instant bidirectional movement without U-turns
A DEEP Robotics Lynx M20 Pro wheeled-legged robot, equipped with LiDAR and wide-angle cameras, performing an autonomous industrial inspection in a wet power substation during rainfall. The robot's IP66 water-resistant design and hybrid wheeled-legged mobility demonstrate its all-terrain capability for hazardous environments and all-weather operation.

Industrial-Grade Ruggedness

Designed to operate where conditions are harsh.

The Lynx M20 Pro is built for demanding industrial and outdoor environments, with a sealed structure and reinforced body that ensure reliable performance year-round.

Key durability features:

  • IP66 protection against dust, rain, and industrial spray
  • Operating range from –20°C to 55°C
  • Reinforced chassis for shocks and impacts
  • Integrated high-intensity lighting for low visibility
DEEP Robotics Lynx M20 Pro wheeled-legged robot autonomously inspecting a data center aisle, utilizing LiDAR and AI for real-time obstacle detection and optimal path planning around server racks and a human. This industrial robot demonstrates advanced navigation and monitoring capabilities in critical infrastructure environments.

Advanced Perception & Intelligence

Autonomy powered directly on the robot.

The Lynx M20 Pro features a triple Octa-Core 64-bit industrial computing system, enabling fast perception and real-time decision-making without cloud dependence.

Core intelligence capabilities:

  • 2× LiDAR for 3D sensing and obstacle detection
  • 2× wide-angle cameras for full situational awareness
  • SLAM-based autonomous mapping
  • Dynamic path planning and obstacle avoidance
  • Optional enhanced perception via OTA updates
  • Reliable day and night operation
DEEP Robotics Lynx M20 Pro wheeled-legged quadruped robot deploying a fire extinguishing agent (white mist) in a natural, overgrown environment. The IP66-rated robot, equipped with LiDAR and cameras, is designed for emergency response and navigating challenging terrains like this for hazardous missions.
A DEEP Robotics Lynx M20 Pro, a hybrid wheeled-legged quadruped robot, is shown climbing concrete stairs while carrying a black delivery bag with cardboard boxes on top. The robot demonstrates its advanced mobility and IP66 protection for last-mile logistics and navigating complex outdoor environments.
A DEEP Robotics Lynx M20 Pro wheeled-legged robot autonomously inspecting a power substation. The industrial-grade robot, equipped with LiDAR and cameras, demonstrates its hybrid mobility and IP66 protection for hazardous environment monitoring and infrastructure inspection.
DEEP Robotics Lynx M20 Pro wheel-legged robot with a fire extinguisher module on its back, being transported in the open tailgate of a red pickup truck. The robot is designed for industrial inspection, emergency rescue, and navigating hazardous, all-terrain environments using advanced features like LiDAR and autonomous navigation.
The DEEP Robotics Lynx M20 Pro wheeled-legged quadruped robot navigates a sandy desert environment, kicking up sand as an ATV drives in the background. This image demonstrates the robot's advanced all-terrain mobility and IP66 dustproof capabilities for industrial inspection, emergency response, and scientific exploration in extreme conditions. Equipped with LiDAR for autonomous navigation, the Lynx M20 Pro is designed for challenging terrains.
DEEP Robotics Lynx M20 Pro wheeled-legged quadruped robot deploying a fire extinguishing agent (white mist) in a natural, overgrown environment. The IP66-rated robot, equipped with LiDAR and cameras, is designed for emergency response and navigating challenging terrains like this for hazardous missions.
A DEEP Robotics Lynx M20 Pro, a hybrid wheeled-legged quadruped robot, is shown climbing concrete stairs while carrying a black delivery bag with cardboard boxes on top. The robot demonstrates its advanced mobility and IP66 protection for last-mile logistics and navigating complex outdoor environments.
A DEEP Robotics Lynx M20 Pro wheeled-legged robot autonomously inspecting a power substation. The industrial-grade robot, equipped with LiDAR and cameras, demonstrates its hybrid mobility and IP66 protection for hazardous environment monitoring and infrastructure inspection.
DEEP Robotics Lynx M20 Pro wheel-legged robot with a fire extinguisher module on its back, being transported in the open tailgate of a red pickup truck. The robot is designed for industrial inspection, emergency rescue, and navigating hazardous, all-terrain environments using advanced features like LiDAR and autonomous navigation.
The DEEP Robotics Lynx M20 Pro wheeled-legged quadruped robot navigates a sandy desert environment, kicking up sand as an ATV drives in the background. This image demonstrates the robot's advanced all-terrain mobility and IP66 dustproof capabilities for industrial inspection, emergency response, and scientific exploration in extreme conditions. Equipped with LiDAR for autonomous navigation, the Lynx M20 Pro is designed for challenging terrains.
Proven Across Real-World Environments

Lynx M20 Applications & Use Cases

Designed for demanding field operations, our robots operate across critical infrastructure, emergency response zones, industrial facilities, and research environments. Each deployment prioritizes safety, consistency, and real-world performance—without simulation, without controlled conditions, and without compromise.
Engineered Where It Matters

Critical Systems, Precisely Integrated

Every element of the Lynx M20 Pro is purpose-built for real-world deployment—from high-speed wheel-leg mobility to industrial-grade computing, perception, and protection. These core systems work together to deliver reliable autonomy, adaptability, and performance in environments where failure is not an option.

A white and grey DEEP Robotics Lynx M20 wheeled-legged robot with four articulated legs and wheels, designed for industrial inspection and emergency response in challenging, all-terrain environments. The robot features advanced autonomous navigation, LiDAR, and an IP66 rating for dust and water resistance, demonstrating its capability for robust operation in hazardous conditions.
1 5

Wheel-Leg Hybrid Drive System

The Lynx M20 Pro’s signature wheel-leg hybrid system combines high-speed rolling with legged obstacle traversal. It enables fast cruising on flat ground while seamlessly transitioning to stairs, slopes, and uneven terrain—without stopping or reconfiguring.

Triple Industrial-Grade Computing Unit

Powered by a triple Octa-core 64-bit industrial computing architecture, the M20 Pro performs perception, navigation, and decision-making directly on the robot—without cloud dependency.

Fusion Perception Sensor Suite

A dual-LiDAR and dual wide-angle camera setup provides 360° environmental awareness, supporting SLAM mapping, obstacle detection, and navigation in complex or GPS-denied environments.

Modular Payload & Expansion Interface

The Lynx M20 Pro supports modular payload mounting and rich I/O interfaces for sensors, inspection equipment, manipulators, or custom mission modules.

IP66 Industrial-Grade Protection

The sealed IP66-rated body protects internal systems from dust, rain, industrial spray, and harsh outdoor conditions, ensuring reliable operation in extreme environments.
DEVELOPER & INTEGRATOR ECOSYSTEM

A Platform Designed for Building Real Solutions

The DEEP Robotics Lynx M20 Pro isn’t just a robot—it’s a foundation. Developers, integrators, and research teams benefit from:

Rich Hardware Interfaces

  • USB 3.0
  • Gigabit Ethernet
  • Multiple power outputs (24V / 72V)
  • Standard mounting rails (270mm × 165mm payload area)

Software Support for Innovation

  • SDK for motion control
  • Sensor stream access (LiDAR, cameras, IMU)
  • API for autonomous navigation
  • ROS/ROS2 compatibility for rapid prototyping
  • OTA updates for enhanced perception modules
A DEEP Robotics LYNX M20 wheeled-legged robot, white and dark gray, stands on a clean white surface in a laboratory or workshop setting. The robot is designed for autonomous industrial inspection and emergency response in challenging environments, featuring advanced LiDAR for 3D mapping and omnidirectional obstacle avoidance, with an IP66 rating for all-weather operation.

Lynx M20 Pro Specifications Overview

The Lynx M20 Pro is an industrial-grade quadruped robot engineered for autonomous navigation, inspection, and advanced robotics applications. This specification table outlines the robot’s key technical parameters, including mobility performance, payload capacity, IP66 environmental protection, onboard computing architecture, and integrated sensing systems.

Use this overview to evaluate the Lynx M20 Pro as a rugged robot dog platform for SLAM-based navigation, LiDAR perception, and operation in complex indoor and outdoor environments. The specifications are intended to help engineering teams, researchers, and enterprise users quickly assess whether the Lynx M20 Pro meets the requirements of real-world industrial and research deployments.

“DEEP Robotics Lynx M20 Pro quadruped robot product specification table showing dimensions, weight, payload capacity, endurance range, IP66 rating, speed, slope climbing ability, sensors, SLAM navigation, and hardware interfaces.“DEEP Robotics Lynx M20 Pro quadruped robot product specification table showing dimensions, weight, payload capacity, endurance range, IP66 rating, speed, slope climbing ability, sensors, SLAM navigation, and hardware interfaces.
A DEEP Robotics DR02 humanoid robot stands prominently behind three quadruped robots: a DEEP Robotics X30, a DEEP Robotics Lynx M20 wheeled-legged robot, and a DEEP Robotics Lite3. The robots are displayed against a gradient blue background, showcasing advanced autonomous platforms for industrial inspection, emergency response, research, and logistics. The DR02 is an all-weather industrial humanoid with IP66 protection and multi-sensor perception. DEEP Robotics X30, LYNX M20, and Lite3 quadruped robots alongside the DR02 humanoid robot, showcasing advanced autonomous solutions for industrial inspection, security, logistics, research, and emergency response in diverse and extreme environments.
Brand Story

The DEEP Robotics Journey

Founded in 2017, DEEP Robotics set out to merge advanced AI with high-performance legged mobility. The company quickly became a pioneer in autonomous quadruped robotics—achieving China’s first fully autonomous substation inspection using a robot dog.

Today, DEEP Robotics builds a full lineup of agile and robust legged robots used in research, education, inspection, and real-world applications. Its mission is simple: create intelligent machines that navigate the world as naturally as we do, empowering developers, industries, and innovators everywhere.

Visit Website
Common Questions

Everything You Need to Know About the Lynx M20 Pro

Before deploying the Lynx M20 Pro, organizations often have questions about autonomy, durability, integration, and real-world performance. This section provides clear answers to the most common inquiries from enterprise buyers, system integrators, and research teams—helping you assess whether the M20 Pro is the right platform for your mission.

A DEEP Robotics Lynx M20 Pro, a white and dark grey industrial wheeled-legged quadruped robot, stands ready for operation. It features a hybrid design combining wheels for speed and articulated legs for agility, equipped with sensors like LiDAR and cameras for autonomous navigation and obstacle avoidance in extreme, unstructured environments.

The DEEP Robotics Lynx M20 Pro offers an unloaded endurance of 3 hours or 15km, and a loaded endurance of 2.5 hours or 12km. It also supports hot-swappable battery technology for continuous operation.

Yes. The IP66 build and wide temperature tolerance enable reliable deployment in rain, dust, extreme heat, and freezing conditions.

The DEEP Robotics Lynx M20 Pro has an industrial-grade IP66 protection rating. This means it is fully protected against dust ingress and powerful water jets, allowing it to operate in extreme environments with temperatures ranging from -20°C to 55°C.

Yes, the DEEP Robotics Lynx M20 Pro is equipped with autonomous navigation capabilities, including SLAM Mapping & Navigation and Omni-Directional Obstacle Avoidance. It also features Point Cloud Surround View for intelligent environmental perception.

Absolutely—thanks to USB 3.0, Ethernet, power ports, and standardized mounting rails.

The M20 Pro handles 45° slopes, outperforming conventional mobile robots.

With a maximum speed of 5 m/s, it is one of the fastest robots in its category.

The wheel-leg hybrid design allows the M20 Pro to traverse flat floors, uneven ground, gravel, grass, ramps, and industrial stairs, including continuous 25 cm steps and single obstacles up to 80 cm.

Yes. The platform provides SDKs, API access, ROS/ROS2 compatibility, and sensor data streams, making it well-suited for AI, SLAM, locomotion, and autonomy research.

Related Products

Sale 10%
DEEP Robotics X30 Pro
DEEP Robotics X30 Pro
DEEP Robotics

DEEP Robotics X30 Pro

$102,060.00 USD $102,060.00 USD $113,400.00 USD
Sale 10%
View details
Sale up to 10%
DEEP Robotics Lite3
DEEP Robotics Lite3
DEEP Robotics

DEEP Robotics Lite3

From $2,601.00 USD From $2,601.00 USD $2,890.00 USD
Sale up to 10%
View details
Warpix product collection showcasing diverse smart technology devices for modern living and industry, including a yellow e-bike, silver wireless headphones, a quadcopter drone, a Breathor 3E 3D printer, a white and grey quadruped robot, a VR headset, a tablet, a smartwatch, a gaming controller, and a smart speaker, all connected by IoT and AI for enhanced automation and digital experiences.
Stay Ahead

Join the Warpix Innovation Newsletter

Be the first to discover breakthrough robotics, next-gen mobility, creator tools, and smart tech — plus early product drops, exclusive updates, and behind-the-scenes insights from the future of technology.