Unitree Go2 Ent-U1 (With Controller)

Advanced Mobility: Agile quadruped design for smooth movement across diverse terrains.
AI Integration: Intelligent navigation with real-time obstacle detection and environment mapping.
Payload Capability: Customizable to carry cameras, sensors, and other equipment for versatile tasks.
Durable and Portable: Lightweight build with robust performance for indoor and outdoor use.
Multi-Application Use: Perfect for surveillance, inspections, education, and robotics research.

Unitree Go2 Ent-U1 (With Controller) specific details:

Includes all functions of Go2 Edu
Equipped with a screen remote control
Dual backup communication links: 5.8G remote control and telemetry, full Netcom 4G backup
1080P HD video transmission, 180ms low latency, supports dual-channel video transmission
Explosion-proof screen, supports full Netcom 4G network
Standard image perception system: dual 1080P cameras, 120° wide angle, four bright fill lights
Does not include a depth camera and does not support a servo manipulator or radar

Product Variation Go2 Air, Go2 Edu, Go2 Pro

Authorised dealerDirect manufacturer partnership
Pan-India deliveryInsured shipping, all states
Post-sale supportTraining + service included

Overview

What makes it work

Introducing Unitree Go 2 Edu Robotic The Driving All-Terrain

Infinite Revolution with new creature of Embodied AI

The Unitree Go2 Ent-U1 is a next-generation quadruped robot designed for enhanced mobility, adaptability, and AI-driven performance. Notably, it features Unitree’s proprietary 4D LIDAR technology, which provides ultra-wide 360°x90° recognition. As a result, it enables precise navigation across diverse terrains with minimal blind spots.

Additionally, advanced AI simulations empower the Go2 to execute complex movements such as upside-down walking, obstacle climbing, and adaptive rollover. These actions are performed with remarkable stability and balance, further enhancing its capabilities. Moreover, the Go2 offers flexible battery configurations, allowing for extended operational time across a variety of tasks.

Furthermore, the robot integrates an Intelligent Side-follow System, which significantly improves positioning accuracy and path tracking. Consequently, these features make the Go2 highly efficient and adaptable in dynamic environments. Ideal for education, research, and industrial applications, the Go2 combines intelligent design with robust features, setting a new benchmark in robotics.

Features of Unitree Go2 Expanded

Advanced 4D Ultra-Wide LIDAR

The Unitree Go2 Ent-U1 features cutting-edge 4D LIDAR technology for ultra-wide, accurate scanning. As a result, it enhances environmental awareness and allows the robot to detect obstacles with exceptional precision. Furthermore, this system ensures reliable navigation, even across complex and uneven terrains.

AI-Driven Mobility

Powered by advanced AI algorithms, the Go2 delivers smooth, adaptive, and autonomous movement. It continuously analyzes its environment, makes real-time decisions, and adjusts its path accordingly. This allows for efficient, intelligent navigation through both urban and rugged outdoor settings.

Enhanced Battery Options

The Go2 supports flexible battery options designed for extended operation. Additionally, these customizable solutions cater to various user demands. Whether conducting long industrial tasks or research missions, the system maintains reliable and continuous performance throughout.

ISS2.0 Intelligent Side-Follow System

The upgraded ISS2.0 enables the robot to accurately follow a person or object. Consequently, it offers safe, efficient, and seamless side-following. This feature makes the Go2 ideal for companion-like tasks or operations requiring close interaction.

3D LIDAR Mapping

With real-time 3D LIDAR mapping, the Go2 builds detailed spatial models of its environment. This capability proves essential for surveying, construction site inspections, and navigating unfamiliar areas. It consistently provides accurate and actionable spatial data.

Versatile Actions and Poses

Thanks to advanced motor control and flexible joints, the Go2 performs a wide range of dynamic poses and movements. It executes lifelike gestures for education and completes precise tasks in industrial settings. This versatility distinctly elevates its performance.

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Advanced AI Mode

Through large-scale AI simulation training, the Go2 robot has learned advanced gaits such as upside-down walking, adaptive roll-over, and climbing over obstacles, with excellent flexibility and stability at the same time.

Various Actions and poses

Unitree Go2 Ent-U1 boasts a variety of poses such as jumping, stretching, shaking hands, cheering, pouncing, and sitting down.

Battery capacity and endurance upgraded by 150%

Go2 is equipped with a battery capacity increased to 8,000mAh, as a 15,000mAh ultra-long life battery is optional, and a voltage increased to 28.8V to improve motor efficiency, power and stability.

ISS2.0 Intelligent Side-follow System

By adopting the new wireless vector positioning and control technology, the positioning accuracy is technically upgraded by 50%, the remote control distance is over 30m, and combined with the optimised obstacle avoidance strategy, it can make the robot better traverse complex terrain.

3D LiDAR Mapping

With L1 LiDAR and a dedicated App, you can construct point cloud map within a certain area, and specify a path for Go2 to move autonomously.

OTA Updates

Continuously advancing and becoming smarter. With user permission, the robot seamlessly connects to a cloud-based OTA service, allowing it to update its own software and enhance the overall user experience.

Standard Ultra-wide 4D LIDAR upgrades Recongnition system by 200%

Unitree Go2 Ent-U1 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 Comparison for different Models

Category	Specification	AIR	PRO	EDU
Size & Build	Standing Dimension	70 × 31 × 40 cm	70 × 31 × 40 cm	70 × 31 × 40 cm
	Crouching Dimension	76 × 31 × 20 cm	76 × 31 × 20 cm	76 × 31 × 20 cm
	Weight (with battery)	~15 kg	~15 kg	~15 kg
	Material	Aluminium alloy + Engineering plastic	Aluminium alloy + Engineering plastic	Aluminium alloy + Engineering plastic
Electrical	Voltage	28V ~ 33.6V	28V ~ 33.6V	28V ~ 33.6V
	Peak Capacity	~3000W	~3000W	~3000W
	Payload	~7 kg (Max 10 kg)	~8 kg (Max 10 kg)	~8 kg (Max 12 kg)
Performance	Speed	0–2.5 m/s	0–3.5 m/s	0–3.7 m/s (Max 5 m/s)
	Max Climb Drop Height	~15 cm	~16 cm	~16 cm
	Max Climb Angle	30°	40°	40°
	CPU	—	8-core High-performance	8-core High-performance
	Max Torque	—	~45 Nm	~45 Nm
Kinematics	Knee Joint Motor	12	12	12
	Body Range	-48° ~ 48°	-48° ~ 48°	-48° ~ 48°
	Thigh Range	-200° ~ 90°	-200° ~ 90°	-200° ~ 90°
	Shank Range	-156° ~ 48°	-156° ~ 48°	-156° ~ 48°
Sensors	Knee Circuit	✔	✔	✔
	Heat Pipe Cooler	✔	✔	✔
	3D LiDAR	✔	✔	✔
	Position Tracking	✔	✔	✔
	HD Camera	✔	✔	✔
	Foot Force Sensor	○	○	✔
Features	Basic Action	✔	✔	✔
	Auto Strap	○	○	✔
	OTA Upgrade	✔	✔	✔
	RTT 2.0 Transmission	✔	✔	✔
	Graphical Programming	✔	✔	✔
	Front Lamp	✔	✔	✔
	WiFi 6 Dual Band	✔	✔	✔
	Bluetooth	✔	✔	✔
	4G Module	○	○	✔
	Voice Function	○	○	✔
	Side-Follow System	○	○	✔
	Obstacle Avoidance	○	○	✔
	Charging Pile	✔	✔	✔
	Secondary Dev Support	✔	✔	✔
Accessories	Controller	Optional	Optional	Optional
	High Power Module	—	—	Nvidia Jetson Orin (Optional)
	Battery	8000mAh	8000mAh	15000mAh
	Battery Life	1–2 h	1–2 h	2–4 h
	Charger	33.6V 3.5A	33.6V 3.5A	33.6V 9A Fast

FAQs

What is the difference between the Unitree Go2 AIR, PRO, and EDU models?

The key differences among these models lie in payload capacity, maximum speed, computing power, and available accessories. Notably, the EDU version is specifically tailored for research and development. It comes equipped with advanced computing options, such as the Nvidia Jetson Orin, providing enhanced processing power. Additionally, it offers a higher battery capacity, allowing for extended operational time, making it ideal for longer, more intensive tasks.

How does the 4D LIDAR enhance the Go2’s navigation capabilities?

The 4D LIDAR provides ultra-wide 360°x90° hemispherical recognition with minimal blind spots. As a result, this capability enables the robot to navigate complex terrains and detect obstacles as close as 0.05m. Furthermore, it ensures the robot’s precision and reliability in various environments. Consequently, this makes the Go2 highly suitable for all-terrain applications, adapting seamlessly to different conditions and maintaining optimal performance.

Can the Go2 operate autonomously, and if so, how is it controlled?

Yes, the Go2 can operate autonomously, thanks to its advanced 3D LiDAR mapping and ISS 2.0 Intelligent Side-follow System. In addition, users can easily set paths and generate point cloud maps via the dedicated app. As a result, the robot can navigate smoothly and reliably, ensuring seamless autonomous operation in dynamic and complex environments.

What is the battery life of the Unitree Go2, and are there upgrade options?

The standard battery life with the 8000mAh battery lasts around 1-2 hours. However, for users seeking extended operational time, the EDU model offers an optional 15000mAh battery. As a result, this upgrade extends the operational time to approximately 2-4 hours. Consequently, it provides greater flexibility and endurance, especially for more demanding tasks or longer operations.

What type of computing power does the Go2 support, especially in the EDU model?

The AIR and PRO models feature 8-core high-performance CPUs. In contrast, the EDU model supports an optional Nvidia Jetson Orin, catering to higher AI and computing demands. This makes the EDU model ideal for complex processing tasks in research environments.

The full sheet

Weight	895 g
Dimensions	10.5 × 9.6 × 3.6 in
Product Variation	Go2 Air, Go2 Edu, Go2 Pro

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Unitree Go2 Ent-U1 (With Controller)

What makes it work

Introducing Unitree Go 2 Edu Robotic The Driving All-Terrain

Infinite Revolution with new creature of Embodied AI