Unitree Go2 Robot Dog

The most advanced quadruped robot for research, development, and exploration

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Advanced Features

AI-Powered Navigation

Advanced algorithms for autonomous movement and obstacle avoidance in complex environments.

High-Speed Movement

Capable of running at speeds up to 5m/s with dynamic balancing and adaptive gait control.

360° Perception

Equipped with multiple sensors and cameras for full environmental awareness and mapping.

Unitree Go2 Specifications

Unitree Go2 Robot Dog

Unitree Go2 - The Future of Quadruped Robotics

The Unitree Go2 represents the cutting edge in quadruped robot technology, designed for researchers, developers, and technology enthusiasts. With enhanced mobility, sensing, and AI capabilities, it's the perfect platform for embodied AI research and development.

$1,599.00
  • Weight: 12kg
  • Max Speed: 5m/s
  • Battery Life: 4-6 hours
  • Payload Capacity: 5kg
  • SDK Support: Full API access
  • Sensors: Depth camera, LiDAR, IMU

Ready to experience the future of robotics?

Order your Unitree Go2 today with secure checkout via PayPal

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Free shipping worldwide | 14-day money-back guarantee

See It In Action

Official Unitree Go2 Demo

Robot Walking a Real Dog

Our Robotics Family

At Dime Robo Tech, we're proud to offer the full range of Unitree's advanced robotics technology. From the agile Go2 to the powerful B2 model, our robots are designed to push the boundaries of what's possible in robotics and AI.

Explore our entire lineup of cutting-edge robotics solutions, coming soon to Dime Robo Tech. Sign up for our newsletter to be the first to know when new models become available.

What Our Customers Say

"The Unitree Go2 has revolutionized our research lab. Its stability and sensor capabilities are unmatched in this price range."

- Dr. Emily Chen, Robotics Researcher

"Incredible piece of technology. The SDK is well-documented and powerful enough for our advanced AI projects."

- Mark Johnson, AI Developer

"We use the Go2 for educational purposes, and students are fascinated by its capabilities. A great learning tool!"

- Prof. Alan Wright, University of Technology