Proprietary navigation and control software. ROS (Robot Operating System) with Ubuntu support. APIs and documentation for SLAM, mapping, and custom integration
Actuators
High-torque electric actuators for precise, agile movement
Compiute
Onboard computing platform running Ubuntu with ROS, supporting real-time navigation, perception, and analytics.
Sensors
The X30 is equipped with multiple high-resolution cameras (including RGB and thermal), four 360° LiDAR sensors for SLAM and obstacle detection, and optional RTK modules for precise positioning. These sensors enable autonomous navigation and detailed data collection in any lighting or weather conditions.
Max Op. time
240
mins
The DEEP Robotics X30 is a flagship industrial quadruped robot engineered for autonomous inspection, security, mapping, and surveillance in extreme and complex environments. Its development aims to increase safety, efficiency, and reliability in hazardous or hard-to-reach areas, replacing humans in dangerous tasks. The X30 features a robust, modular dog-like body, advanced mobility, and high ingress protection, enabling seamless operation in challenging conditions.
Use Cases
Autonomous Inspection: Navigates industrial sites to inspect equipment and infrastructure, reducing human exposure to risks.
Security & Surveillance: Patrols large or inaccessible areas, providing real-time monitoring and incident alerts.
Mapping & Modeling: Collects precise data for 3D modeling and environmental analysis using advanced sensors.
Emergency Response: Rapidly deploys for rescue, fire detection, and emergency interventions in hazardous zones.
Data Collection: Gathers high-resolution RGB and thermal images for analytics and reporting
Industries
Power & Utilities: Inspects substations, power lines, and cable tunnels, improving safety and uptime.
Construction & Infrastructure: Monitors construction sites, tunnels, and pipelines for maintenance and safety.
Manufacturing: Conducts routine checks and anomaly detection in factories and plants.
Public Safety & Rescue: Supports emergency services in disaster response and hazardous material detection.
Scientific Research: Serves as a research platform for robotics, AI, and environmental monitoring.
The X30 is a high-end, four-legged robot with a rugged, modular frame measuring 1000mm (L) x 695mm (W) x 470mm (H) and weighing 56kg. It is designed for maximum mobility, able to climb 45° slopes and 20cm steps, and is fully sealed to IP67 standards for dust and water resistance. The robot features quick-swap batteries, advanced LiDAR and camera systems, and supports a range of payloads for diverse industrial applications. Its robust construction and advanced perception systems enable reliable operation in darkness, strong light, or adverse weather.
Connectivity
Ethernet and WiFi interfaces for remote control, data transfer, and integration with external systems.
Supports power output for external devices (72V BAT).
Capabilities
Extreme Environment Operation: Functions from -20°C to 55°C, with IP67 sealing for dust and water.
Advanced Mobility: Climbs stairs up to 45°, navigates obstacles, and operates on uneven terrain.
Autonomous Navigation: Uses fusion perception technology for precise movement and obstacle avoidance day or night.
Modular Payload Integration: Supports additional sensors and tools for flexible deployment.
Real-Time Monitoring: Provides live data streaming and incident detection for rapid response.
The X30 Robot Dog by Deep Robotics is a flagship industrial quadruped robot engineered for extreme environments, autonomous inspection, and mission-critical operations. Designed for industries such as energy, construction, security, and emergency response, the X30 delivers unmatched durability, mobility, and intelligent navigation.
With advanced multi-sensor fusion (LiDAR, cameras, thermal vision) and AI-powered autonomy, the X30 robot dog can operate in darkness, harsh weather, and complex terrain with precision and reliability.
Built for real-world deployment, the X30 combines high payload capacity, rugged IP67 protection, and autonomous navigation, making it one of the most advanced industrial quadruped robots available today.
