Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog

For most of the history of ground robotics, buyers have been asked to pick a side. Wheels cover ground quickly but stop dead at a kerb; legs climb almost anything but trade pace for every step they take. The Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog declines that choice. It puts a driven wheel at the end of each of its four legs, so it can roll along a paved lane at speed and then lift, step and climb when the route turns to stairs, rubble or a raised platform. For anyone planning routes across sites that mix smooth and broken ground, that removes a compromise that has shaped robot procurement for years.

Robots Europa, based in Dublin, supplies the LYNX to organisations across the European Union and the DACH region. Our team prepares each quotation, coordinates delivery to your site and provides support after commissioning, so that research groups, integrators and operators in Ireland, Germany, Austria, Switzerland and the wider EU deal with a single European point of contact from the first enquiry onwards.

Background

DEEP Robotics and its quadruped lineage

DEEP Robotics is a manufacturer of legged robots whose products are found in industrial inspection, public-sector work and university research. The company frames its development work in terms of embodied intelligence: robots that perceive their surroundings and adapt their movement to them, rather than replaying fixed motions. The LYNX carries that work forward and is built on the company's DEEP Robotics AI+ initiative, inheriting the firm's expertise in embodied AI with adaptations tailored to its own wheel-leg design. It belongs to the LYNX Series, alongside other wheeled quadrupeds that share the same basic idea of combining legs and wheels on one chassis.

Wheel-leg motion as the core technology

The defining feature of the LYNX is its wheel-leg motion. It is a compact, agile all-terrain robot that strikes a balance between speed and agility: a wheeled-leg hybrid that combines the speed of wheels with the agility of legs. In practice this means the robot does not need to walk where it can drive. On level ground the wheels carry it forward efficiently; on uneven ground the legs take over the work of balancing, stepping and lifting the body. The result is a machine designed to keep moving through the transitions that defeat single-mode robots: a kerb at the edge of a car park, a flight of steps into a building, or a loading platform at the end of a yard.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

DEEP Robotics has not published the battery capacity, the charging time, the maximum slope, the LiDAR configuration, the processor, the connectivity ports, the box contents or the SDK and software compatibility; Robots Europa confirms each of these with you at quotation.

What makes the LYNX different from a conventional legged robot dog?

A conventional quadruped moves by walking, which gives it excellent terrain access but ties its pace to its gait. The LYNX keeps the legs and adds wheels, and its figures show what that combination buys. A speed of 5 m/s is a pace at which a robot can cover a long perimeter or a large plant within a single patrol window. At the same time, the robot climbs platforms of up to 80cm and navigates continuous 22cm steps, which places staircases and raised surfaces within its reach rather than outside it.

The second difference is endurance in the operational sense. The LYNX uses quick-swap dual batteries in a hot-swappable system. For an operator, the practical point is that a battery change becomes a short stop in the field rather than a return to a charging bay, which matters on long shifts and on sites where the robot is expected to be available around the clock. Robots Europa will set out the energy planning for your duty cycle as part of the quotation.

Finally, the platform is built for conditions outside the laboratory. An IP54 protection rating and an operating temperature range of -10~40°C make it suitable for outdoor work through much of the European year, while the 1080P wide-angle camera gives remote operators a clear view of the route and the scene in front of the robot.

Is the LYNX compact enough for indoor and outdoor sites?

With a standing size of 0.8m×0.5m×0.6m and a weight of 30kg, the LYNX is a compact machine by the standards of field robotics. It fits through ordinary doorways and along service corridors, and it can be lifted and transported by a small team without specialist handling equipment. Its 12kg payload leaves room for mission equipment such as additional sensors or inspection modules, which is where many deployments add their value. This combination of a modest footprint and a useful carrying capacity is what allows one robot to work both inside a building and across the open ground around it, rather than requiring separate machines for each.

Who is the Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog for?

The LYNX is aimed first at organisations whose sites combine long, level routes with obstacles: utilities, energy operators, industrial estates, campuses and transport facilities that need routine inspection or patrol. For these buyers the wheel-leg design means fewer route compromises and more ground covered per shift.

Public-safety and emergency-response teams form a second group. A robot that can move quickly to a scene, climb steps and send back wide-angle video allows operators to assess a situation before committing people to it.

Universities, research institutes and robotics developers are a third group. The LYNX's foundation in the DEEP Robotics AI+ initiative makes it an interesting platform for work on embodied intelligence and hybrid locomotion. Research buyers should share their development requirements with Robots Europa early in the enquiry.

Buyers who want to compare the wider family can browse the LYNX Series or the full range of Wheeled Quadrupeds. The series includes the Deep Robotics LYNX M20 Omni Terrain Industrial Wheeled Quadruped Robot Dog, the Deep Robotics LYNX M20 Pro Omni Terrain EDU Wheeled Quadruped Robot Dog and the Deep Robotics LYNX S10 Wheeled Quadruped Robot Dog; each has its own specifications, and Robots Europa will advise which version best matches your application.

What is the Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog used for?

1. Routine site inspection: regular rounds across plants and facilities where paved lanes give way to steps and platforms.
2. Perimeter and security patrol: covering long boundaries quickly while still reaching raised or stepped areas.
3. Emergency reconnaissance: moving ahead of responders to send back wide-angle video from an unfamiliar scene.
4. Remote visual survey: using the 1080P wide-angle camera to document conditions in places staff visit rarely.
5. Mission payload carriage: carrying additional sensors or modules within its 12kg payload.
6. Research and education: studying hybrid wheel-leg locomotion and embodied AI on a real, field-ready platform.

Pricing and Availability

Robots Europa supplies the LYNX on the basis of a written quotation tailored to your organisation and application. Delivery, customs and support are arranged together with the quotation, so that you know exactly how the robot will reach your site and how it will be supported once there. Our team will also answer your technical questions before you commit. To begin, simply send us your requirements using the quotation request available on this page.

Frequently Asked Questions

How fast can the LYNX move?

The LYNX reaches speeds of 5 m/s, using its wheels on level ground.

Can the LYNX climb stairs and platforms?

Yes. It navigates continuous 22cm steps and climbs platforms of up to 80cm.

Is the LYNX suitable for outdoor use?

The robot carries an IP54 protection rating and operates between -10~40°C, which suits a wide range of outdoor conditions in Europe.

How is battery changing handled?

The LYNX uses quick-swap dual batteries in a hot-swappable system, so batteries can be exchanged quickly in the field.

How much can the LYNX carry?

The LYNX carries a payload of 12kg on a body weighing 30kg.

What camera does the LYNX use?

The LYNX is fitted with a 1080P wide-angle lens, giving remote operators a broad view of the route ahead.

Where can I buy the Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog and what does it cost?

You can buy the LYNX from Robots Europa, which supplies it across the EU and the DACH region. Pricing is provided by individual quotation, together with delivery, customs and support arrangements.

Summary

The old trade-off between wheeled speed and legged reach has long forced robot buyers to accept a weakness in exchange for a strength. The Deep Robotics LYNX All-Terrain Wheeled Quadruped Robot Dog addresses that trade-off directly: it travels at up to 5 m/s, climbs continuous steps and raised platforms, works outdoors with IP54 protection and stays in service through hot-swappable batteries, all in a compact 30kg body with room for a 12kg payload. Built on the DEEP Robotics AI+ initiative, it is a practical platform for inspection, patrol, emergency response and research alike. For organisations across Europe that want one robot for the whole route rather than half of it, this page is the starting point.