Introducing Unitree Go2 W Robot Dog
The Driving All Terrain
Infinite Revolution with new creature of Embodied AI
The Driving All Terrain
Infinite Revolution with new creature of Embodied AI
The Unitree Go2 W Robot Dog is an advanced quadruped robot designed for high agility, autonomy, and functionality. Tailored for industrial, educational, and research applications, it offers groundbreaking features such as real-time obstacle avoidance, versatile adaptability, and precision motion control. Built to operate in various environments, the Go2-W ensures seamless integration of AI technology, allowing for highly customized usage. Its lightweight yet durable frame and powerful AI make it ideal for complex tasks, including mapping, inspections, and more.
Features of Unitree Go2 W Robot Dog
Feature | Details |
---|---|
AI-Powered Vision | Real-time obstacle detection and avoidance with advanced sensors. |
High Payload Capacity | Supports up to 5 kg for carrying tools or equipment. |
Battery Life | Operates for up to 2.5 hours on a single charge. |
Multi-Terrain Navigation | Easily traverses rough, uneven surfaces and adapts to changing conditions. |
Modular Design | Customizable add-ons and sensors for tailored applications. |
Go2 New Model Transformative Newborn
Featuring integrated in-wheel motors and 7-inch pneumatic tires, the Unitree Go2 W Robot Dog offers exceptional mobility and durability. Its sleek yet robust design enables superior traction and stability across terrains. Combining innovation and performance, it stands out as a top-tier robotic solution for varied applications
All-terrain Pass, Easy Glide
The Unitree Go2-W excels in navigating various terrains, offering smooth and stable performance. Its advanced mobility system is designed for seamless transitions, whether on flat surfaces or rugged landscapes. With superior adaptability, it’s ideal for outdoor adventures, industrial work, and research applications, ensuring reliability in any environment.
Conquest 70cm, Overcome Obstacles
Engineered for precision, the Go2-W can overcome obstacles up to 70 cm high with ease. Its advanced sensors and intelligent systems ensure smooth and stable navigation over barriers. This capability makes it a standout in challenging conditions, delivering performance unmatched by traditional robots
Stand Tall and See Far, Easy Stair Climbing
Designed to ascend stairs effortlessly, the Go2-W ensures reliable navigation over uneven surfaces. Its ability to stand tall provides an elevated perspective, making it adaptable to complex environments. This functionality highlights its robust engineering and versatility for diverse applications
Overthrow the Norm, Cool Handstand
The Go2-W breaks barriers with its ability to perform precise and stable handstands. This feature reflects its impressive balance and agility, underlining advanced control systems. Beyond showcasing innovation, this capability opens up creative opportunities in robotics and technical use cases
Unlock a Variety of Peripheral Additions
With modular capabilities, the Go2-W supports a wide range of peripheral add-ons for enhanced functionality. Users can customize it for specific tasks, from industrial operations to specialized research. This flexibility highlights its adaptability, making it a multifunctional solution
Intelligent Interaction



Intelligent obstacle avoidance, precise and sensitive
Keen detection, equipped with 4D LiDAR L1, for the owner to explore forward, intelligent obstacle avoidance, accurately capture and draw the 3D real world
HD picture quality, real-time and stable[3].
A new App realizes HD image transmission and real-time remote monitor. Built-in 4G and eSIM enables more stable connection and remote control.
Graphical programming, simple yet smarter.
Optimise the graphical programming function, make it easy to complete the program design by simple drag, drop and connection. Make programming beginners easy to start and innovate.
Standard Ultra-wide 4D LIDAR upgrades Recongnition system by 200%
Go2 features with Unitree’s self-developed 4D LIDAR L1 with 360°x90°hemispherical ultra-wide recognition, super small blind spot and a minimum detection distance as low as 0.05m, which makes Go2 realise all-terrain recognizing

Specifications
Mechanical Specifications
Feature | Specification |
---|---|
Dimension (Standing) | 70 cm × 43 cm × 50 cm |
Weight (with Battery) | About 18 kg |
Electron Parameters
Feature | Specification |
---|---|
Voltage | 33.6 V |
Payload | ≈ 8 kg (Max ≈ 12 kg) |
Speed | 0 – 2.5 m/s |
Performance Parameters
Feature | Specification |
---|---|
Max Climb Drop Height | < 70 cm |
Max Climb Angle | 35° |
Basic Computing Power | 8-core high-performance CPU |
Joint Parameters
Feature | Specification |
---|---|
Aluminum Knee Joint Motor | 16 |
Max Joint Torque | About 45 N·m |
Tyres | 7 Inch Pneumatic Tire |
Accessories
Feature | Specification |
---|---|
Expansion Module | Standard Arithmetic Module (Orin NX) |
Battery Type | Long Endurance (15000 mAh) |
Endurance | 1.5 – 3 hours |
Charger | Fast Charge (33.6 V, 9 A) |
Warranty Period | 12 months |
FAQs
What makes the Unitree Go2-W stand out from other robotic systems?
The Go2-W combines advanced in-wheel motors, 7-inch pneumatic tires, and furthermore, modular support for peripherals, making it highly versatile and adaptable to various environments.
How does the Go2-W perform on challenging terrains?
It offers smooth movement across different surfaces, whether flat or rugged, therefore making it perfect for both industrial and outdoor applications.
How does the Go2-W overcome obstacles?
It can conquer obstacles up to 70 cm high, thanks to its precise sensors and intelligent control systems, ensuring stable movement.
What peripheral devices can be added to the Go2-W?
The Go2-W supports a variety of peripheral add-ons, thereby enhancing its functionality for specific use cases, ranging from research to industrial tasks.
How long can the Go2-W operate on a single charge?
The Go2-W offers impressive battery life, designed for extended operation across various tasks. Battery duration depends on usage, but it is optimized for both performance and efficiency.
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