DEEP Robotics LYNX M20
About This Robot
Summary:
The DEEP Robotics LYNX M20 is an industrial wheel-legged quadruped designed for power inspection, emergency rescue, logistics delivery, scientific exploration and other work across difficult terrain. It combines wheeled speed with legged mobility, carrying a rated 15 kg payload while operating across stairs, steep slopes, mountains, wetlands, rubble and narrow passages. The current official specification adds dual 96-line LiDAR, wide-angle cameras, autonomous navigation, omnidirectional obstacle avoidance, IP66 protection, hot-swappable batteries and optional autonomous charging. For operators, its main value is covering larger and harder-to-access sites while reducing repeated human entry into hazardous or physically demanding environments.
Key Capabilities
- Wheel-leg hybrid locomotion combines efficient rolling on smoother routes with legged movement for stairs, obstacles, rubble and irregular ground.
- Rated for a 15 kg operational payload and 50 kg maximum load, with a top-mounted integration area plus 72 V power and Gigabit Ethernet interfaces.
- Up to 3 hours / 15 km unloaded and 2.5 hours / 12 km with a 15 kg payload under official test conditions.
- Handles continuous stairs up to 25 cm, single-step obstacles up to 80 cm and slopes up to 45 degrees, while fitting through approximately 50 cm passages.
- Dual 96-line LiDAR and two wide-angle cameras support point-cloud perception, autonomous navigation and omnidirectional obstacle avoidance.
- IP66 protection and operation from -20 to 55 deg C support outdoor, wet, dusty and temperature-variable industrial environments.
- Hot-swappable batteries, 1.5-hour single-battery charging and optional autonomous charging can support longer and more repeatable missions.
- RF image transmission, front/rear lighting, controller/app workflows and OTA upgrades support remote inspection and continued software development.
Applications
- Power and utility inspection: carries cameras or specialist sensors for repeat patrol, equipment checks and remote visual assessment across substations and rugged utility sites.
- Emergency rescue and hazardous environments: sends live imagery into unstable, flooded, debris-filled or otherwise unsafe areas before people enter.
- Tunnels, pipelines and infrastructure: combines narrow-space manoeuvrability with stair and obstacle access for route inspection and condition monitoring.
- Logistics and tool delivery: transports up to 15 kg of tools, parts or supplies across mixed indoor/outdoor routes that conventional wheeled carts may not reach.
- Construction and industrial sites: traverses rubble, steps, slopes and uneven terrain for progress capture, safety checks and remote site assessment.
- Manufacturing and heavy industry: supports mobile inspection and monitoring around large plants, workshops and industrial equipment zones.
- Education and research: provides a current wheel-legged platform for perception, locomotion, autonomous navigation and reinforcement-learning research.
- Scientific exploration and outdoor fieldwork: reaches mountains, wetlands and remote terrain where both speed and terrain adaptation are valuable.
Why Choose It
- A strong shortlist option where buyers need both efficient wheeled travel and genuine legged access rather than a conventional quadruped or AMR alone.
- The combination of 15 kg payload, 3-hour unloaded endurance and hot-swappable batteries provides a practical base for inspection and light logistics missions.
- IP66 protection, -20 to 55 deg C operation, 45-degree slope capability and large single-step clearance support demanding outdoor and industrial sites.
- Dual 96-line LiDAR, wide-angle cameras and omnidirectional obstacle avoidance provide a strong perception base for autonomous or remotely supervised operations.
- Optional autonomous charging and OTA upgrades offer a path towards repeat missions and lower manual intervention as the deployment matures.
- Buyers should confirm the delivered configuration because the current official webpage and earlier official brochure differ on weight and base-model autonomy, and local certification, software, data handling and service terms remain market-specific.
Key Features
Combines fast rolling with legged stair, obstacle and rough-terrain traversal, including reversible movement in narrow spaces.
Carries 15 kg, runs up to 3 hours / 15 km unloaded, and supports 2.5 hours / 12 km with a full rated payload.
IP66 protection and a -20 to 55 deg C operating range support wet, dusty and temperature-variable industrial deployments.
Two 96-line LiDAR units and two wide-angle cameras provide high-density point-cloud coverage for autonomous navigation and obstacle avoidance.
Hot-swappable batteries, 1.5-hour single-battery charging and optional autonomous charging improve uptime for recurring missions.
Technical Details
Autonomous navigation and obstacle avoidance with optional autonomous charging; waypoint/patrol workflow details require confirmation
Hot-swappable battery; 1.5-hour single-battery charging; optional autonomous charging
820 x 430 x 570mm
IP66; -20 to 55 deg C
15kg
3 unloaded; 2.5 loaded at 15 kghours
45degrees
5 lab-tested; 2 operatingm/s
Autonomous navigation with dual 96-line LiDAR and terrain-adaptive perception; current configuration should be confirmed
Top-mounted payload area; 72 V power port; Gigabit Ethernet; exact mounting standard requires confirmation
2 x 96-line LiDAR (360 x 90 deg, about 860,000 pts/s); 2 x wide-angle cameras; front/rear lighting
RF image transmission; Gigabit Ethernet; handheld controller and app over robot Wi-Fi; cellular/cloud details require confirmation
35kg
Omnidirectional obstacle avoidance, terrain perception and emergency-stop workflows; detailed safety zones require deployment validation
25 cm continuous stairs; 80 cm single-step; mountains, wetlands and rubble; approximately 50 cm passage capabilitymm / text
Manufacturer
DEEP Robotics
Manufacturer
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