Rover X1 Explorer Industrial | Programmable Quadruped

Dobot Rover X1 Explorer Industrial Robot Dog

Point-Foot Quadruped Robot Dog with Long-Range Battery & Programmable AI Platform

The Dobot Rover X1 Explorer Industrial Robot Dog is a programmable quadruped platform designed for advanced mobility, inspection, and robotics development. Featuring a point-foot configuration and long-range battery, it is optimized for stable traversal across varied terrain and extended operation time.

Built on Dobot’s hybrid wheel-leg robotics platform and equipped with AI vision and autonomous navigation, the Rover X1 Explorer supports real-time mapping, tracking, and intelligent control, making it suitable for industrial, research, and field deployment scenarios.

Key Features & Benefits

• Point-Foot Quadruped Configuration
  Designed for stable movement and improved terrain adaptability across uneven surfaces and outdoor environments.

• High-Speed Mobility
  Maximum speed of 1.8 m/s (≈6.5 km/h) for efficient movement across large areas.

• High Degree of Freedom System
  Features 12+ total DOF with 3 joints per leg for flexible locomotion and dynamic posture control.

• Extended Runtime (Long-Range Battery)
  Operates for 90–180 minutes with high-capacity battery configuration.

• Payload Capability
  Supports 3 kg standard payload and up to 7 kg maximum for carrying equipment or tools.

• Advanced AI Vision System
  Dual 1080p cameras with real-time perception, tracking, and environment analysis.

• Autonomous Navigation & SLAM
  Supports real-time mapping, path planning, and obstacle detection with automatic stopping and avoidance.

• Programmable Open Platform
  Supports ROS integration, SDK/API access, and simulation tools for robotics development and customization.

• Multi-Mode Control
  Supports remote control, Wi-Fi app control, voice interaction, auto-follow, and teleoperation with live video.

• Industrial-Ready Connectivity
  Supports Wi-Fi (2.4/5 GHz), Bluetooth 5.0, OTA updates, and optional 4G.

Technical Specifications

Applications

• Industrial inspection and monitoring
• Mobile robotics research and development
• Autonomous patrol and surveillance
• Field data collection and mobile sensing
• STEM education and AI experimentation