Robotic Dog Unitree Go2 X

Unlock the Future of Embodied AI

Unlock the full potential of integrated artificial intelligence with the Unitree Go2 X Robotic Dog. This advanced quadruped platform is designed specifically for high-level research and education, serving as a sophisticated development partner rather than a simple machine. By combining exceptional athletic performance with immense computing power, this flagship model represents a significant leap forward in robotics. It is capable of understanding user intent and navigating complex environments with ease, making the Unitree Go2 X Robotic Dog the definitive tool for developers and innovators.

Revolutionary Design and Capabilities

Intelligent AI Interaction

The Unitree Go2 elevates human-machine interaction to a new level by integrating GPT capabilities. This "Embodied AI" enables the robot to better understand natural language and user intent, simulating the behaviour of a real pet whilst executing complex commands. This intelligent core transforms the Unitree Go2 X Robotic Dog into an ideal platform for exploring the frontiers of interactive robotics and adaptive AI behaviour.

Advanced Perception System

Precision Mapping Mastery

Navigation and mapping are flawless thanks to the superior sensor suite found in this flagship model. It incorporates a proprietary 4D L1 LiDAR with an ultra-wide hemispheric recognition zone, virtually eliminating blind spots as small as 0.05 metres.

Furthermore, the Unitree Go2 X Robotic Dog is enhanced with the Hesai XT16 3D Laser LiDAR, providing high-precision data essential for SLAM research and autonomous navigation across diverse and challenging terrain.

High-Performance Computing

Powering Deep Learning

Designed specifically for developers, this robot is equipped to handle computationally intensive tasks. The X edition upgrades the standard computing modules to the powerful NVIDIA Orin NX, delivering up to 100 TOPS of AI performance. This massive increase in computing power supports secondary development, complex algorithm testing, and real-time data processing — setting the Unitree Go2 X Robotic Dog apart from standard consumer models.

Agile Athletic Movement

Dynamic Mobility Defined

The Go2's mechanical engineering guarantees robust, agile movement across a variety of landscapes.

With a 30% increase in motor performance and a maximum joint torque of 45 N.m, the robot can perform dynamic actions such as jumping, climbing, and turning adaptively.

An internal active heat-pipe cooling system ensures the motors operate efficiently even during high-demand tasks, enabling continuous operation without overheating.

Technical Specifications

Below are the mechanical and physical specifications of the Unitree Go2 X Robotic Dog:

• Dimensions (Standing): 70 cm x 31 cm x 40 cm
• Dimensions (Crouched): 76 cm x 31 cm x 20 cm
• Weight (with battery): Approximately 15 kg
• Material: Aluminium alloy + High-strength engineering plastic
• Voltage: 28 V~33.6 V
• Maximum working power: Approximately 3000 W
• Joint range of motion: Body: -48~48° / Thigh: -200°~90° / Leg: -156°~-48°
• Aluminium knee joint motor: 12 units
• Connectivity: Dual-band WiFi 6, Bluetooth 5.2/4.2/2.1
• Intra-joint circuit (knee): Included
• Heat-pipe joint cooler: Included
• Payload: ≈8 kg (MAX ~12 kg)
• Speed: 0~3.7 m/s (MAX ~5 m/s)
• Maximum step height (ascent/descent): Approximately 16 cm
• Maximum climbing angle: 40°
• Computing power: High-performance 8-core CPU
• Maximum joint torque: Approximately 45 N.m
• Sensors: Super wide-angle 3D LiDAR, Wireless vector positioning and tracking module, Wide-angle HD camera, Foot force sensor.
• Network: 4G module
• Battery: Standard (8000 mAh) x1
• Battery life: Approximately 2–4 h
• Charger: Standard (33.6 V 3.5 A)
• Warranty: 6 months
• Additional features: Charging station compatibility, Secondary development support, Manual controller (Optional).

Purchase from EXPERT3D

Choosing where to acquire your advanced robotics equipment is just as important as the equipment itself. At EXPERT3D, we are specialists with extensive experience since 2012 in the field of Additive Manufacturing and advanced technology. We provide personalised advice and assistance to help you select the right configuration for your research or educational needs. We also offer qualified support before, during, and after purchase to ensure you get the most from your Unitree Go2 X Robotic Dog. Trust our expertise to guide you towards the future of robotics.