Wheel-Leg Hybrid Mobility
Powered wheels support efficient rolling while articulated legs provide posture control, stair climbing and obstacle traversal.
$29,997.00
DEEP ROBOTICS Deep-Robotics-LYNX-M20-Pro Quadruped Robot is presented for professional procurement with model-specific technical information. For manufacturer information, visit the Deep Robotics official website.
Review specifications, compatibility, images, included configuration and technical documentation before requesting a B2B quotation.
Related products, categories and research.
Industrial Wheeled-Legged Quadruped Robot
The LYNX M20 Pro is a professional wheeled-legged quadruped robot developed by DEEP Robotics for industrial inspection, autonomous navigation, field robotics, logistics, emergency response and advanced robotics research.
For buyers searching for a LYNX M20 Pro for sale, its main advantage is the hybrid mobility architecture: powered wheels provide efficient travel over flat ground while articulated legs allow the platform to negotiate stairs, slopes, rubble, curbs and irregular terrain that conventional wheeled AMRs may not handle.
The current manufacturer specification gives the M20 Pro a 15 kg effective payload, approximately 3 hours / 15 km unloaded endurance, approximately 2.5 hours / 12 km at 15 kg load, dual 96-line LiDAR, dual wide-angle cameras, SLAM mapping, autonomous navigation, IP66 protection and an operating-temperature range from approximately −20°C to 55°C.
AI Robot Supplier currently lists the M20 Pro at $29,997. Current dealer and manufacturer-store prices are often substantially higher, so buyers should confirm the exact hardware revision, batteries, controller, charging hardware, autonomy software and warranty scope before comparing offers.
Product overview
The LYNX M20 Pro is a mid-size hybrid wheel-leg robot designed to combine the rolling efficiency of an autonomous mobile robot with the terrain adaptability of a quadruped.
Its current manufacturer dimensions are approximately 820 × 430 × 570 mm. DEEP Robotics’ newest global product specification lists approximately 35 kg with battery.
The platform provides a 15 kg effective working payload and a 50 kg maximum-load reference. The 50 kg figure should not be treated as the normal continuous field payload; mission design should use the 15 kg effective-payload specification unless DEEP Robotics confirms otherwise.
M20 Pro is particularly useful when a project requires fast travel between inspection points but also needs the robot to cross stairs, curbs, steep grades or debris where ordinary wheeled platforms stop.
Make sure the quotation identifies LYNX M20 Pro rather than M20 Standard, older LYNX or the newer M20S.
Verify SLAM, autonomous navigation, obstacle avoidance, point-cloud viewing and the installed firmware version.
Controller, batteries, charging hub, transport case, documentation and optional autonomous charging should be listed in writing.
Product media
Use real M20 Pro or official LYNX M20-series manufacturer images only. Do not use AI-generated quadruped imagery for this product page.

Wheel-legged industrial mobility platform.

Official DEEP Robotics LYNX series imagery.

Manufacturer media illustrating the LYNX wheel-leg architecture.
Industrial capabilities
Powered wheels support efficient rolling while articulated legs provide posture control, stair climbing and obstacle traversal.
The current manufacturer working-payload reference is approximately 15 kg.
Two 96-line LiDAR units provide approximately 360° × 90° sensing coverage at roughly 860,000 points per second.
Two wide-angle cameras complement the LiDAR system for visual perception and remote operation.
The Pro configuration adds SLAM mapping and autonomous navigation compared with the simpler base M20 configuration.
M20 Pro uses three octa-core 64-bit industrial processing units in the current manufacturer configuration.
The platform is designed for dust, rain and demanding industrial environments with IP66 protection.
The published operating-temperature range supports outdoor and industrial deployment across a broad climate range.
Bidirectional lighting assists inspection and remote operation in darker environments.
Verified specifications
Specification conflict
Older DEEP Robotics brochures and the current US online-shop listing show approximately 33 kg.
The newer global DEEP Robotics page lists approximately 35 kg with battery.
Because your SEO policy prioritises the newest official manufacturer specification, this page uses approximately 35 kg. Buyers should still confirm the actual delivered hardware revision on the quotation and packing list.
Real-world performance
DEEP Robotics publishes 5 m/s as an extreme lab-tested figure. It should not be treated as the normal inspection or delivery speed.
The manufacturer lists approximately 2 m/s as the normal field operating speed.
The wheel-leg architecture can repeatedly negotiate stair heights of approximately 25 cm under reference conditions.
The platform is rated for a maximum single-step obstacle reference of approximately 80 cm.
The published maximum slope is approximately 45°, subject to surface material, traction and payload.
The symmetrical wheel-leg platform can reverse direction and perform manoeuvres in confined spaces without requiring a conventional wheeled turning circle.
Battery & endurance
Manufacturer reference endurance is approximately three hours with no external payload.
With the effective 15 kg payload, the published endurance is approximately 2.5 hours.
Published travel range is approximately 15 km unloaded and approximately 12 km at the 15 kg effective payload.
The current user manual describes a dual replaceable-battery system. Each battery is listed at approximately 4.5 Ah with nominal 72 V operation.
DEEP Robotics’ web specification lists approximately 1.5 hours charging time for a single battery, while the user manual gives a wider 1.5–2 hour reference and supports simultaneous charging through the supplied charging hub.
Optional autonomous charging is also available for suitable deployment configurations.
Perception & autonomy
Two 96-line LiDAR sensors provide high-density point-cloud input for mapping, localisation and obstacle detection.
The camera system provides visual context for inspection and remote operation.
M20 Pro includes SLAM mapping and localisation functions for autonomous-navigation workflows.
The Pro configuration is designed to execute navigation tasks after mapping and commissioning.
Manufacturer materials list point-cloud surround viewing, though older documentation notes firmware/OTA dependency for some perception functions.
RF video transmission supports supervised field operation and remote visual awareness.
SDK & robotics development
DEEP Robotics now publishes an official M20/M20 Pro ROS 2 deployment repository covering simulation-to-simulation and simulation-to-real workflows.
The official M20 deployment workflow includes MuJoCo-based simulation examples for reinforcement-learning and locomotion development.
The ROS 2 deployment flow includes real-robot control, keyboard and gamepad modes and SDK-mode enablement.
DEEP Robotics publishes an M20 Android SDK for robot connection, state management, remote control and custom operator-app development.
Official hardware-development documentation covers external payload integration and interface planning.
DEEP Robotics’ public SDK repository warns that damage caused through SDK use may not be covered by warranty, so low-level control should be validated carefully.
Model comparison
The newer M20S is now the higher-performance industrial upgrade to the M20 Pro, so buyers should understand where the Pro still fits.
| Feature | LYNX M20 | LYNX M20 Pro | LYNX M20S |
|---|---|---|---|
| Dimensions | 820 × 430 × 570 mm | 820 × 430 × 570 mm | 820 × 430 × 570 mm |
| Current weight reference | ~35 kg | ~35 kg | ~35–36 kg |
| Effective payload | 15 kg | 15 kg | ~35 kg |
| Maximum load | 50 kg | 50 kg | 100 kg |
| Unloaded endurance | 3 h / 15 km | 3 h / 15 km | 3.5–5 h / 16–20 km |
| Loaded endurance | 2.5 h / 12 km | 2.5 h / 12 km | 2.5–3.5 h / 12–15 km |
| Lab-tested speed | 5 m/s | 5 m/s | 9 m/s |
| Field operating speed | 2 m/s | 2 m/s | 2 m/s |
| Continuous stair height | 25 cm | 25 cm | 30 cm |
| Single-step height | 80 cm | 80 cm | 100 cm |
| Protection | IP66 | IP66 | IP67 |
| Compute | Dual industrial processors | Triple industrial processors | Triple industrial processors |
| Autonomous navigation | Limited / configuration-dependent | Included | Included |
| Best fit | Industrial mobility | Autonomy, research, logistics | Higher-payload industrial deployment |
Choose standard M20 when you need the core wheel-leg mobility platform without the full Pro navigation/compute package.
Choose M20 Pro for autonomous navigation, triple onboard compute, dual LiDAR and a strong balance of payload, portability and terrain performance.
Choose M20S when the newer 35 kg payload class, IP67 protection and higher mobility envelope justify the newer industrial platform.
Commercial applications
Carry inspection cameras, thermal sensors or communications hardware through mixed indoor-outdoor infrastructure.
The dual-LiDAR autonomous-navigation stack can support mapped patrol and repeated inspection routes.
The wheel-leg design can bridge the gap between fast flat-ground travel and curbs, steps or unpaved sections near the delivery destination.
Remote sensing and terrain adaptability can reduce human exposure during reconnaissance of unstable or hazardous areas.
Universities and advanced labs can use the M20 Pro for ROS 2, locomotion, reinforcement-learning and autonomous-navigation research.
The rugged chassis, IP66 protection and wide temperature range suit controlled outdoor research projects.
Buyer limitations
Price & procurement
AI Robot Supplier currently lists the LYNX M20 Pro price at $29,997.
DEEP Robotics’ official US shop currently lists M20 Pro at approximately $61,200. Other current professional sellers range from roughly $39,900 to more than €57,000 depending on package, taxes, batteries, controller and support.
This large price spread means the buyer should compare the complete supplied package rather than the model name alone.
Before you buy LYNX M20 Pro, confirm:
Send your country, organisation, payload, route, terrain and development requirements for a destination-specific quotation.
Package contents
DEEP Robotics’ user manual provides the following manufacturer package reference, but dealer packages can differ. The final quotation should control the packing list.
The wheeled-legged robot chassis without batteries installed.
Manufacturer package reference includes one handheld controller.
The manufacturer manual lists two replaceable batteries.
Supports charging of the robot battery set.
Professional transport/storage case listed in the manufacturer package.
Warranty card, user manual, certificate and cable kit are listed in the manual package reference.
Warranty & support
DEEP Robotics’ official M20 Pro manual lists different warranty periods by component:
Warranty begins from receipt according to the manual. Damage caused by unauthorized modification, excessive payload, non-original batteries or improper SDK/control use may not qualify for free warranty service.
International procurement
Confirm current import requirements, battery documentation, radio/controller compliance and warranty support.
Confirm VAT, customs responsibilities, conformity documentation and economic-operator requirements.
Confirm import VAT, duties, battery handling and return-freight responsibilities.
Request a delivered quotation covering freight, customs, insurance and site delivery.
Confirm freight routing, lithium-battery documentation, customs and technical support arrangements.
Confirm destination import rules, radio equipment requirements and the exact supplied package.
Official technical resources
Current manufacturer specifications for the M20, M20 Pro and M20S family.
Official safety, operation, battery, package, maintenance and warranty information.
Official sim-to-sim and sim-to-real ROS 2 development repository for M20/M20 Pro.
Official Android development SDK for connection, state, remote-control and operator-app integration.
Official manufacturer video
This official DEEP Robotics video covers the LYNX M20 series setup workflow. Exact M20 Pro package contents should still be confirmed with the final quotation.
Procurement checklist
Buyer questions
Common questions for industrial, logistics, inspection and research buyers.
AI Robot Supplier currently lists M20 Pro at $29,997. DEEP Robotics’ official US store currently lists $61,200, while other dealers vary materially according to package and region.
AI Robot Supplier offers the M20 Pro for commercial procurement and international quotation. Confirm the exact configuration and package contents before payment.
The newest global DEEP Robotics product page lists approximately 35 kg with battery. Older brochures and some current seller pages still show 33 kg.
DEEP Robotics publishes approximately 15 kg effective payload and a 50 kg maximum-load reference. Use the 15 kg effective value for normal mission planning.
The lab-tested maximum is approximately 5 m/s. The published field operating speed is approximately 2 m/s.
Published endurance is approximately three hours / 15 km unloaded and approximately 2.5 hours / 12 km with 15 kg payload.
The current web specification lists roughly 1.5 hours per battery. The user manual gives a wider 1.5–2 hour reference depending on conditions.
Yes. It uses two 96-line LiDAR sensors with approximately 360° × 90° field of view and roughly 860,000 points per second.
Yes. The Pro configuration includes SLAM mapping and autonomous navigation. Confirm the current firmware state for obstacle-avoidance and point-cloud functions.
Yes. DEEP Robotics now publishes an official M20/M20 Pro ROS 2 sim-to-sim and sim-to-real deployment repository.
Yes. DEEP Robotics publishes an Android SDK supporting connection, state management, remote control and custom operator-app development for M20 and M20 Pro.
The mechanical platform is similar, but M20 Pro uses stronger onboard compute and adds the more complete SLAM/autonomous-navigation and expansion configuration.
M20S is the newer higher-performance industrial upgrade with much higher effective payload, IP67 protection and higher lab-tested speed.
The robot is rated IP66, meaning strong dust protection and protection against powerful water jets. It should not be described as fully waterproof for unrestricted submersion.
DEEP Robotics publishes an operating-temperature range of approximately −20°C to 55°C.
DEEP Robotics’ own model name is LYNX M20 Pro. Some sellers use “EDU” to describe education/research packages, but it is not presented as a separate manufacturer model on the current official product table.
The official manual lists six months for joint modules and one year for batteries, cameras, LiDAR, the control system and other electronic components. Shell, tyres, transport case and other fragile/accessory parts are generally excluded.
International procurement can be arranged for supported destinations. Freight, lithium-battery handling, insurance, customs, taxes and local compliance requirements should be confirmed before purchase.
Industrial wheel-legged robotics
Request a destination-specific quotation with your country, organisation, payload, route, terrain and development requirements. Hardware revision, batteries, controller, autonomy software, warranty and international shipping can be confirmed before order approval.
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