A2-W Series Quadruped Robot
Advanced Wheel-Leg Robotics Platform for Autonomous Inspection, AI Development & Industrial Applications
The A2-W Series combines the agility of a quadruped robot with the speed and efficiency of a wheel-based mobility system, creating a versatile platform for autonomous inspection, industrial automation, research, and AI development.
Designed for demanding real-world environments, the A2-W Series delivers exceptional terrain adaptability, high-speed locomotion, advanced sensing capabilities, and powerful onboard computing. Whether deployed for autonomous navigation, infrastructure inspection, or robotics research, the A2-W provides the performance and flexibility required for next-generation robotic applications.
Available Variants
A2-W Standard
Advanced wheel-leg robot with LiDAR, wide-angle camera system, dual-battery support, and open development capabilities.
A2-W Pro
Includes all A2-W Standard features plus enhanced LiDAR configuration, wireless vector positioning, GPS, 4G connectivity, expanded AI computing capability, and upgraded environmental protection.
Built for Real-World Deployment
The A2-W Series is engineered to operate across complex terrain, industrial facilities, outdoor environments, and research settings. Its wheel-leg architecture enables high-speed movement while maintaining the obstacle-crossing advantages of traditional quadruped robots.
Key Features
Wheel-Leg Mobility System
Combines wheeled efficiency with legged adaptability, enabling smooth travel across rough terrain, stairs, slopes, and obstacles.
High-Speed Operation
Capable of reaching speeds up to 45 km/h while maintaining stability and control.
Heavy Payload Support
Supports payloads between 20–25 kg for sensors, cameras, inspection equipment, and custom payload integrations.
Long-Duration Operation
Dual-battery architecture provides extended operational endurance with ranges up to 25 km under optimal conditions.
Advanced Autonomous Navigation
Integrated LiDAR and camera systems enable mapping, localization, obstacle avoidance, and autonomous movement.
Open Development Platform
Supports secondary development, custom software integration, simulation environments, and AI deployment workflows.
Industrial Connectivity
Features Ethernet, CAN bus, RS485, USB Type-C, Wi-Fi, and Bluetooth connectivity for flexible system integration.
Designed for Advanced Applications
- Autonomous inspection
- Industrial automation
- Infrastructure monitoring
- Security and patrol robotics
- Research and AI development
- Academic robotics programs
- Digital twin and simulation environments
Pro Variant Enhancements
- Dual LiDAR configuration
- Wireless vector positioning module
- Integrated GPS module
- Integrated 4G communication
- Expanded AI computing capability
- IP56 system protection
- IP67-rated core components
- Optional autonomous charging support
Payment & Security
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