Deep Robotics
Embodied AI robots for real-world operational scenarios
Organized according to DeepRobotics' official product lineup, covering humanoid, quadruped, and hybrid wheeled-legged robots along with joint components.7 Products on sale,4Categorized into {0} groups, each with complete specifications and a dedicated detail page.
Core Technologies
Core Technology
Multi-sensor fusion perception
Combines LiDAR, depth cameras, and wide-angle cameras with hardware-level time synchronization for operation in low-light and no-light environments.
Autonomous Study Ability
Autonomous mapping, localization, path planning, omnidirectional obstacle avoidance, and self-charging. Supports point-to-point cruising and multi-point inspection.
All-Weather Protection
The device offers IP66 to IP67 protection and operates in temperatures ranging from -30°C to 55°C, making it suitable for long-term outdoor use.
On-site Operation Verification
Complete workflows are now established for scenarios such as power grid inspection, emergency firefighting, and campus patrol. Joint modules are also being deployed at scale on industry-grade complete machines.
Wheeled-legged robot
Wheeled-Legged Robots
A wheeled-leg integrated mobile platform that combines long-distance efficiency with complex terrain capability, supporting autonomous navigation, self-charging, and multi-sensor fusion perception. Ideal for inspection, patrol, and research applications.
Bobcat M20 Series Legged-Wheeled Robot
M20 / M20 Pro / M20S
M20S Version IP67 Protection, Max Speed 9 m/s
Lynx S10 Leg-Wheeled Robot
Bobcat S10 / Bobcat S10 Pro
Total weight: approximately 21 kg; maximum test speed: 6.8m/s
Use Cases
Application Scenarios
Energy & Power
Autonomous inspection of substations, cable tunnels, and converter stations to detect equipment anomalies, reducing the need for manual climbing and work in energized areas.
Emergency Firefighting
Conduct reconnaissance and detection in high-temperature, toxic smoke disaster zones, transmit real-time site data, and eliminate the need for personnel to enter hazardous areas.
Security Patrol
Autonomous patrols across industrial zones, business parks, and residential communities to detect intrusions and log trajectories, enabling continuous monitoring.
Industrial Operations & Maintenance
Enables cyclic inspections in production areas and warehouses, automatically collecting meter readings, temperature, and environmental data.
Public Services
Services and interactive applications for public spaces, offering capabilities for guided tours, wayfinding, and exhibitions.
Educational Training
Open platform and control interfaces supporting legged robot teaching, experiments, secondary development, and competition training.
About DeepRobot
Deep Robotics focuses on legged robots and embodied AI technologies, offering humanoid, quadruped, wheel-legged robots, and joint components. Our solutions are deployed across energy & power, emergency response, fire safety, and security patrol applications.
This section is organized based on the product system publicly disclosed on Deep Robotics' official website. Product performance and specifications are sourced from the official detailed parameters and can serve as a reference for selection and solution discussions.
Parameter Description
The product performance, features, and specifications displayed on this page are sourced from the official Deep Robotics website and represent laboratory test results. They are provided for informational purposes only and do not constitute a delivery commitment. Final product configuration and performance metrics shall be governed by the contract agreement between both parties and the delivered physical units. Products will undergo continuous iteration and optimization; any adjustments to technical parameters shall be based on the latest documentation.
Visit Deep Robotics' official websiteNeed device recommendations and delivery plan
Receives recommendations on model selection and configuration based on operating environment, load requirements, and deployment method. Supports comparative analysis and inquiry confirmation.