DEEP Robotics X20
About This Robot
Summary:
The DEEP Robotics X20 is an industrial quadruped robot designed for autonomous inspection, remote reconnaissance and data collection in complex or hazardous environments. Its IP66-rated body and legged mobility allow it to traverse stairs, 20 cm obstacles, slopes and mixed outdoor terrain that can be difficult for wheeled platforms. LiDAR, depth vision and optional inspection or communications payloads support industrial patrol, emergency response and infrastructure workflows, while autonomous navigation and charging can reduce repetitive site walks. For deployment, buyers should validate local certifications, operating-temperature limits, payload integration, data handling and service coverage for the intended market and site.
Key Capabilities
- Industrial IP66 protection for rain, dust and demanding indoor or outdoor operating environments while powered on.
- Carries a 20 kg continuous working payload, with an official brochure also stating an 85 kg maximum working load.
- Traverses stairs and obstacles of at least 20 cm, slopes of at least 35 degrees, and terrain including grass, sand, snow, gravel and standing water.
- Reaches up to 4.95 m/s and provides up to 4 hours runtime without payload or more than 2 hours with a 20 kg payload.
- Supports LiDAR SLAM, 2.5D/3D mapping, autonomous localisation and navigation, route planning, terrain recognition and dynamic obstacle avoidance.
- Supports autonomous charging and charging-route planning for repeat inspection cycles.
- Offers a modular payload platform with 5 V, 12 V, 24 V and 72 V power plus Ethernet, USB, RS485 and RS232 interfaces.
- Can be configured with dual-light visual/thermal gimbals, 4G/5G, BeiDou/GPS/RTK, robotic arms and specialist inspection or rescue sensors.
Applications
- Power and utility inspection: autonomous patrol, visual or thermal data capture and remote condition monitoring across substations, plants and utility corridors.
- Tunnels and underground infrastructure: repeat inspection of complex passages while reducing human exposure to confined or hazardous areas.
- Factories and heavy industry: remote or autonomous checks in dusty, wet, obstructed or potentially harmful production environments.
- Emergency response and rescue: reconnaissance in unstable, toxic, oxygen-deficient or difficult-to-access areas using optional cameras, gas sensors or life-detection payloads.
- Construction and surveying: route-based site scanning, 3D data collection, progress capture and terrain inspection in uneven environments.
- Security and perimeter monitoring: scheduled or operator-directed patrol with live remote data and optional communications modules.
- Research and systems integration: secondary development of navigation, perception, payload and inspection workflows using the ROS-based compute platform.
Why Choose It
- A strong fit for buyers that need an industrial inspection platform rather than a lightweight demonstration or education-only quadruped.
- Legged mobility gives the robot access to stairs, rubble, gravel, grass, snow and wet ground that can block conventional wheeled robots.
- Autonomous inspection, navigation and charging can reduce repetitive site walks and improve the consistency of recurring patrols.
- The modular power, data and payload interfaces allow one base platform to support visual, thermal, gas, positioning, communications and manipulation workflows.
- IP66 protection and a 20 kg continuous payload make it suitable for serious industrial integration, subject to site-specific validation.
- Before purchase, confirm certification for the target country, operating-temperature range, battery and charging specifications, software licences, local support and public-area safety controls.
Key Features
IP66-rated protection supports inspection and patrol in rain, dust and demanding industrial environments while the robot is powered on.
Traverses at least 20 cm stairs or obstacles, slopes of at least 35 degrees, and mixed terrain including grass, snow, gravel and standing water.
Supports LiDAR-based mapping, autonomous localisation and navigation, dynamic obstacle avoidance, mission routing and autonomous charging.
Can integrate visual/thermal gimbals, 4G/5G, BeiDou/GPS/RTK, robotic arms and specialist inspection or rescue sensors.
Intel i7 plus NVIDIA NX compute with ROS-based perception/AI modules and multiple power, Ethernet, USB and serial interfaces.
Technical Details
Full autonomous unmanned inspection, mapping, route execution, data collection/upload and autonomous charging cycles
Autonomous charging and charging-route planning supported; battery swapping not stated
950 x 470 x 700mm
IP66 while powered on; designed for rain, dust and demanding industrial environments
20 continuous; 85 maximum working loadkg
Up to 4 unloaded; more than 2 with 20 kg payloadhours
At least 35degrees
4.95m/s
LiDAR SLAM point-cloud mapping; 2.5D/3D mapping; autonomous localisation, navigation and route planning
Modular top payload platform; 5 V, 12 V, 24 V and 72 V (BAT) power; Ethernet, USB, RS485 and RS232; optional dual-light gimbal, 4G/5G, BeiDou/GPS/RTK, robotic arm and specialist sensors
Depth camera and multi-line LiDAR; optional dual-light visual/thermal gimbal, GNSS/RTK and specialist inspection sensors
Remote controller over robot Wi-Fi; Ethernet, Wi-Fi, USB, RS485/RS232; optional 4G/5G and GNSS/RTK; beyond-line-of-sight communication supported
53kg
AI dynamic obstacle avoidance and terrain recognition; emergency-stop controls documented; site-specific safety validation required
At least 200 mm stairs/obstacles; grass, sand, snow, gravel, standing water and other complex terrainmm / text
Manufacturer
DEEP Robotics
Manufacturer
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