LYNX Series

Deep Robotics positions the LYNX line differently from its standard quadruped families. Instead of pure legged locomotion, the LYNX robots use a wheel-legged hybrid design that combines wheeled speed with legged agility. The company says this approach is intended to balance compactness, terrain adaptability, and operational efficiency in environments where both rapid movement and obstacle handling matter.

The current flagship in the line, the LYNX M20, is described by Deep Robotics as the world’s first mid-sized wheeled-legged robot built for industrial use in challenging terrain and hazardous environments. Official use-case pages connect it to power inspection, emergency response, logistics, field exploration, and outdoor off-road operations.

Design and Features

Wheel-legged hybrid architecture

The defining feature of the LYNX Series is its wheel-legged motion system. Deep Robotics says the design lets the robot achieve a balance between the speed of wheeled platforms and the adaptability of legged robots. This is the central engineering idea behind the series and the main reason it is presented as distinct from both standard quadrupeds and conventional wheeled UGVs.

On the official LYNX M20 page, Deep Robotics says the robot can shift between postures and movement strategies through hyper-flexible joints and adaptive gait control. The company specifically highlights seamless posture transitions, including what it calls front-elbow and rear-knee configurations, to help the robot move through constrained and irregular terrain.

Compact industrial form factor

Deep Robotics emphasizes that the LYNX M20 is a mid-sized robot with 50 cm narrow-space mobility, intended to work in industrial corridors, pipelines, tunnels, and outdoor pathways where larger robots may be cumbersome. The company also notes that the robot weighs 33 kg, making it transportable by a single operator. That compactness is one of the series’ biggest practical advantages.

Omni-terrain mobility

The LYNX Series is marketed around what Deep Robotics calls omni-terrain mastery. Official materials say the robot can handle mountain trails, wetlands, debris-filled ruins, unstable pathways, pipelines, and stairs. The LYNX M20 page specifically calls out 25 cm stair climbing, traversal of tunnels and pipelines, and safe movement across rugged terrain with omnidirectional obstacle avoidance.

Inspection- and mission-ready perception

Deep Robotics also presents the series as an intelligent mobile platform rather than just a locomotion robot. Official pages describe autonomous terrain recognition, adaptive gait control, and obstacle avoidance as core features. In product listings for the M20 Pro, dual LiDAR and camera configurations are emphasized, suggesting a design philosophy oriented toward inspection, mapping, and mission autonomy.

Technology and Specifications

LYNX M20 core specifications

The most detailed public official specifications for the current LYNX Series come from the LYNX M20 product pages. Deep Robotics’ U.S. page lists the LYNX M20 at 33 kg, with IP66 protection, 15 kg payload, 85 kg max load limit, ≥4 m/s speed class, 2.5–4 hours endurance, ≥10 km range, ≤45° slope capability, and ≥20 cm step height. It also lists 4 × 3D LiDAR plus 1 wide-angle camera for the Pro configuration.

Deep Robotics’ global launch materials add further operating context. The launch article says the M20 can operate 2.5 hours under load and up to 3 hours unloaded, with a hot-swappable battery for uninterrupted performance. That same article calls the robot the first mid-sized industrial wheel-legged robot for high-risk and complex terrain scenarios.

Detailed marketplace and shop specifications

Deep Robotics’ own online shop and partner listings provide additional structured technical data. Those sources list the LYNX M20 at 820 × 430 × 570 mm, 33 kg including battery, 15 kg effective payload, 50 kg max load capacity, 3 hours / 15 km unloaded endurance, 2.5 hours / 12 km endurance with 15 kg load, 1.5 hours charging time, 5 m/s lab-tested maximum speed, 2 m/s operating max speed, 25 cm continuous stair height, and 80 cm maximum single-step height.

These numbers are useful because they show the difference between controlled benchmark performance and real operating speed. They also help explain how Deep Robotics positions the M20: not as a high-payload industrial vehicle, but as a relatively lightweight robot with unusually strong terrain-handling ability for its size.

Protection and environmental resilience

Official Deep Robotics materials consistently list the LYNX M20 with IP66 protection, meaning it is designed for dusty and wet field conditions. This aligns with the series’ stated focus on outdoor operations, emergency scenarios, and industrial inspection rather than classroom or purely indoor use.

Sensors, interfaces, and autonomy

The current public materials emphasize sensor fusion and field autonomy. The U.S. page lists four 3D LiDARs and one wide-angle camera on the M20 Pro, while EDU-oriented listings also stress secondary development, customized behavior programming, and research workflows. This suggests the LYNX line is intended not just for teleoperation, but for increasingly autonomous mission execution.

Applications and Use Cases

Power inspection and substations

One of the clearest official applications for the LYNX Series is power inspection. Deep Robotics says the M20 is being used to reshape intelligent inspection for UHV substations and converter stations, and it has positioned the platform as suitable for power-industry patrol and infrastructure monitoring. This is one of the strongest application areas explicitly named by the company.

Emergency response and fire rescue

Deep Robotics also links the LYNX M20 to emergency response. In its fire-emergency solution coverage, the company says the M20 will provide more intelligent support in extreme scenarios such as earthquake ruins, collapse-prone buildings, tunnel accidents, and chemical pollution incidents. That positions the LYNX line as a mobile reconnaissance and support platform for dangerous field conditions.

Logistics and last-mile delivery

The U.S. products page explicitly names last-mile delivery and logistics among the M20’s application areas. That is notable because it shows Deep Robotics sees the wheel-legged design as useful not only for inspection and rescue, but also for practical transport in uneven outdoor environments where traditional delivery robots may struggle.

Field exploration and off-road mobility

Deep Robotics also markets the LYNX Series for field exploration and outdoor off-road applications. The company’s materials emphasize mountains, wetlands, unstable ground, and rugged terrain, all of which support the idea that LYNX is meant for spaces where all-terrain mobility matters as much as payload or precision handling.

Advantages / Benefits

The LYNX Series’ main advantage is its hybrid mobility model. By combining wheels and legs, it can move faster and more efficiently than many purely legged quadrupeds on moderate terrain, while still handling stairs, steps, and irregular ground that can defeat standard wheeled robots. That hybrid advantage is the core design logic behind the line.

A second major benefit is portability. At 33 kg, the current LYNX M20 is much lighter than many industrial field robots, and Deep Robotics explicitly says it can be transported by one operator. For inspection teams and emergency units, that makes deployment much easier.

A third advantage is terrain adaptability. Official materials emphasize adaptive gait control, autonomous terrain recognition, and obstacle avoidance. This makes the LYNX Series especially attractive for applications where terrain is variable and route quality cannot be assumed in advance.

A fourth benefit is mission flexibility. Deep Robotics is not presenting LYNX as a single-purpose robot. Instead, it positions the series across power inspection, logistics, emergency response, and exploration. That breadth suggests the platform can support multiple sensor and workflow configurations without changing its core identity.

FAQ Section

What is the Deep Robotics LYNX Series?

The Deep Robotics LYNX Series is a family of wheel-legged all-terrain robots built for inspection, patrol, logistics, emergency response, and field exploration. The current flagship in official materials is the LYNX M20.

How does the Deep Robotics LYNX Series work?

The LYNX Series uses a wheel-legged hybrid design that combines wheeled speed with legged agility. Deep Robotics says this allows the robot to adapt to stairs, slopes, debris, wetlands, tunnels, and unstable terrain while using autonomous terrain recognition and adaptive gait control.

Why is the Deep Robotics LYNX Series important?

It is important because it represents a different approach to field robotics: a compact industrial robot that can travel more efficiently than many standard quadrupeds while still handling real-world terrain that wheeled robots often cannot.

What are the benefits of the Deep Robotics LYNX Series?

The main benefits are hybrid wheel-legged mobility, strong terrain adaptability, compact size, industrial IP66 protection, mission flexibility, and support for applications such as inspection, logistics, and emergency response.

Is the LYNX Sport still available?

In current U.S. official materials, the LYNX Sport is marked discontinued, while the LYNX M20 is the active product in the series.

Summary

The Deep Robotics LYNX Series is a distinctive all-terrain robot family built around a wheel-legged hybrid design. In current public materials, the line is led by the LYNX M20, a 33 kg industrial robot aimed at inspection, logistics, emergency response, and exploration in difficult outdoor and semi-industrial terrain. Its defining strengths are compact size, strong terrain adaptability, hybrid mobility, and mission flexibility, making it one of the more unusual and practically focused robotic mobility platforms in the current field-robotics market.