Wheeled Medium-Sized Quadruped Robot – Versatile Industrial and Security Robot Dog

2025-12-26 12:00:56

The Wheeled Medium-Sized Quadruped Robot is a cutting-edge robotic platform combining the agility of quadruped locomotion with the speed of wheeled mobility. Designed for industrial inspection, logistics, public safety, and research applications, it ensures reliable performance in complex environments.

Technical Specifications

• Dimensions: 1200mm x 600mm x 800mm

• Weight: 80kg

• Payload Capacity: 50kg

• Battery Life: 6–8 hours

• Maximum Speed: 10 km/h wheeled, 5 km/h walking

• Mobility System: Hybrid wheel-leg structure, dynamic gait control, adaptive suspension

• Sensors: LiDAR, depth camera, IMU, ultrasonic sensors

• Control System: Autonomous navigation, AI path planning, remote teleoperation

Applications

1. Industrial Inspection: Navigate factories and warehouses for equipment monitoring and anomaly detection.

2. Security Patrols: Monitor sensitive areas such as industrial parks, government facilities, and public spaces.

3. Logistics Assistance: Transport tools, parts, and data collection devices in indoor and semi-outdoor environments.

4. Research & Development: Test AI algorithms, vision systems, and autonomous navigation experiments.

5. Emergency Response: Conduct reconnaissance and inspection in hazardous or post-disaster areas.

FAQ

Q1: Can it operate in outdoor environments?
A1: Yes, the hybrid wheel-leg system ensures stability across uneven surfaces, slopes, and moderate outdoor conditions.

Q2: Is it customizable for specific tasks?
A2: Yes, payload modules, sensor packages, and AI software can be customized for industrial, research, or security needs.

Q3: What is the typical operational runtime?
A3: 6–8 hours depending on payload and terrain conditions.

Why Choose Xinmite

Xinmite provides factory-direct solutions with OEM/ODM support, competitive pricing, and professional technical guidance. Clients worldwide can rely on Xinmite for long-term partnership and high-performance robotic solutions.