Unitree Go2

Pre-order H2 Edu

Unitree H2 Edu TM

The Unitree H2 Edu includes:

All features of the H2
Up to 40 degrees of freedom (DOF)
Various hand model options available
Computing Power: PC1 (Intel Core i5), PC2 (Intel Core i7), with optional PC3 & PC4 expansion slots.
MUST be purchased with a pair of hands

Partner with us on your journey to receive full support from our engineers and developers.

Free shipping. Expected delivery begins in August 2026.

$2,500.00

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Monthly payments available with Affirm. Check your purchasing power

How It Works

No Risk, Fully Refundable

Your deposit is 100% refundable anytime before shipment.

Priority Access

Pre-orders are fulfilled on a first-come, first-served basis. Be among the very first to receive the Unitree R1 when shipments begin in the coming months.

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Your deposit will be fully credited toward your final payment.

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Order now to reserve your place in line. Supplies are limited.

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Features	H2 (Unitree H2) $2,500.00	H2 Edu (Unitree H2 Edu) $2,500.00
High-performance CPU	Intel Core i5	Intel Core i5 / i7
Wi-Fi 6 / Bluetooth 5.2
Microphone & Speaker Array
Humanoid binocular cameras
OTA Upgrades
Bionic Head with Facial Features
Quick-release smart battery
Secondary development support
High-performance AI Module		Jetson AGX Thor (2070 TOPS)
Total Degrees of Freedom	31	31
Optional dexterous hands

See All H2 Models

Height × Width × Thickness (Stand)	1820 × 456 × 218 mm
Weight (with Battery)	About 70 kg
Total Degrees of Freedom (Joints)	31
Single Leg Degrees of Freedom	6
Single Arm Degrees of Freedom	7
Waist Degrees of Freedom	3
Head Degrees of Freedom	2
Dexterous Hand	YES (Multiple Model Options)

Bionic Head with Facial Features	YES
Joint Output Bearing	Industrial-grade crossed roller bearings (high precision, high load capacity)
Joint Motor	Low-inertia high-speed internal rotor PMSM (permanent magnet synchronous motor, improved heat dissipation)
Maximum Torque (Arm Joint)	120 N·m
Maximum Torque (Leg Joint)	360 N·m
Arm Maximum Payload	Peak ≈ 15 kg · Rated ≈ 7 kg
Calf + Thigh Length	1045 mm
Forearm + Upper Arm Length	690 mm

Construction Materials	Aircraft-grade aluminum + titanium alloy + high-strength engineering plastics
Cooling System	Local air cooling
Power Supply	Premium lithium battery with low internal resistance
Battery Capacity	15 Ah (0.972 kWh)
Battery Voltage	Max 75.6 V
Basic Computing Power	PC1: Intel Core i5 (platform), PC2: Intel Core i7 (custom development)
High-Power Computing Module	YES (Compute module up to Jetson AGX Thor, 2070 TOPS)
Sensing Sensor	Humanoid binocular camera (wide field of view)

Voice Interaction	Array microphone + high-power speaker
Wi-Fi 6 / Bluetooth 5.2	YES
Smart Battery (Quick Release)	YES
Charger	YES
Manual Controller	YES
Battery Life	About 3 hours
Upgraded Intelligent OTA	YES
Secondary Development	YES

Elegant design

At 182 cm tall, H2 combines refined proportions with a streamlined frame, redefining industrial engineering with modern aesthetics.

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Precise motion control

Powered by 31 degrees of freedom and 360 N·m leg torque, H2 moves with balance and precision through adaptive motion algorithms that improve continuously via OTA updates.

Advanced embodied intelligence

Driven by a 2070 TOPS chip, H2 supports advanced AI models for diverse applications, expanding the possibilities of humanoid robotics.

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Frequently
asked questions

Yes. Similar to other Unitree platforms, the H2 Edu is built on an open-source development platform. Developers can build custom applications using C++, Python, and ROS, making it ideal for research and advanced robotics development.

The H2 can generate valuable manipulation and interaction data, making it a strong platform for robotics research, AI training, and real-world experimentation.

Yes. The H2 can be programmed to perform and refine new movements. Additionally, Unitree provides over-the-air (OTA) updates, ensuring continuous improvements in performance and agility.

The H2 is an open platform, allowing developers to integrate multilingual voice interaction systems based on their specific use case.

The H2 is an industrial-grade humanoid robot, designed for real-world applications. With a height of approximately 6 feet, it is well-suited for testing and simulating human workflows in practical environments.