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Choose your Unitree H2 Model
Each Unitree H2 model is designed for different use cases. Compare features, capabilities, and pricing to choose the right robot for your project.
H2 Plus Ultimate
Best for: Most advanced applications
- 14 hand configurations
- Secondary development
- Jetson Thor included
- Expandable: Intel i7 / Orin NX
- 12-month warranty
H2 Plus Smart
Best for: High-performance robotics
- Dummy hands only
- Secondary development
- Jetson Thor included
- Expandable: Intel i7 / Orin NX
- 12-month warranty
H2 Edu Smart
Best for: Research & AI development
- 13 hand configurations
- Secondary development
- Jetson Thor optional
- Expandable: Intel i7 / Orin NX
- 12-month warranty
H2 Edu Standard
Best for: Advanced robotics motion
- Dummy hands only
- Secondary development
- Jetson Thor optional
- Expandable: Intel i7 / Orin NX
- 12-month warranty
H2 Basic
Best for: Exhibitions & Events
- Dummy hands only
- No secondary development
- No onboard compute
- No compute board expansion
- 8-month warranty
BUILT FOR REAL-WORLD MANIPULATION
High Compute. High Dexterity.
H2 Plus Ultimate pairs 2,070 TFLOPS of onboard Jetson Thor compute with a range of dexterous hand options, including SharpaWave tactile five-finger hands with 22 active DOF for the most advanced robotic applications.
Frequently Asked Questions
Can’t find the answer you’re looking for? Contact a robot expert.
Talk to an ExpertYes. 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.
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.
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