Unitree G1 Edu Ultimate A: Advanced Robotics for Versatile Applications
The
Unitree G1 Edu Ultimate A is the pinnacle of humanoid robotics, combining all the features of the G1 Edu Plus version with advanced dexterous capabilities. This model is designed for researchers, developers, and institutions looking to explore the cutting edge of robotics with enhanced functionality and precision.
Additionally, the G1 Edu Ultimate A is designed to support high-level AI development, enabling the implementation of complex algorithms and advanced AI techniques. This makes it especially suitable for research and educational institutions focused on cutting-edge robotics and programming. Its robust design includes a high-performance computing unit and a durable frame, standing approximately 1.32 meters tall and weighing about 35 kg, which ensures both portability and stability during operations
Key Features of the Unitree G1 Edu Ultimate A
- Comprehensive Functionality
- The G1 Edu Ultimate A includes all the functions of the G1 Edu Plus version, ensuring a robust foundation for complex robotic applications.
- Dexterous Hand Technology
- Equipped with 2 Dex3-1 force-controlled 3-finger dexterous hands, this model allows for intricate manipulation tasks and advanced interactions with its environment.
- Expanded Degrees of Freedom
- With up to 43 degrees of freedom (DOF), the G1 Edu Ultimate A offers unparalleled flexibility, making it suitable for a wide range of applications in research and development.
- High-Performance Computing
- The G1 Edu Ultimate A supports high-level AI development, allowing users to implement complex algorithms and explore advanced AI techniques.
- Durable and Reliable Design
- Dimensions: Stands approximately 1.32 meters tall, providing both power and portability.
- Weight: Approximately 35 kg, ensuring ease of handling without compromising durability.
- Battery Life: Features a quick-release battery with up to 2 hours of operational time.
Comparison Table: Unitree G1 Series
Feature/Model |
G1 Edu Standard |
G1 Edu Plus |
G1 Edu Ultimate A |
G1 Edu Ultimate B |
G1 Edu Ultimate C |
Degrees of Freedom (DOF) |
Up to 23 |
Up to 29 |
Up to 43 |
Up to 43 |
Up to 41 |
Dexterous Hands |
No |
No |
2 Dex3-1 Hands |
2 Dex3-1 Hands with tactile sensors |
2 Inspire 5-finger hands |
Weight |
35 kg |
35 kg |
35 kg |
35 kg |
35 kg |
Knee Torque |
90 N.m |
120 N.m |
120 N.m |
120 N.m |
120 N.m |
Max Arm Payload |
2 kg |
3 kg |
3 kg |
3 kg |
3 kg |
Battery Life |
Up to 2 hours |
Up to 2 hours |
Up to 2 hours |
Up to 2 hours |
Up to 2 hours |
Warranty |
1 year |
1 year |
1 year |
1 year |
1 year |
Applications |
AI development, research |
Advanced applications |
Advanced robotics tasks |
Advanced robotics tasks |
Advanced robotics research and education |
Customization |
Limited |
High (Optional) |
High (Optional) |
High (Optional) |
High (Optional) |
Price (USD) |
$43,900 |
$53,900 |
$65,900 |
$67,900.00 |
$67,900 |
- Unitree G1 Edu Standard: A powerful platform for AI and robotics research with essential capabilities.
- Unitree G1 Edu Plus: Builds on the Edu Standard, adding more degrees of freedom and enhanced functionality for educational purposes.
- Unitree G1 Edu Ultimate A: The most advanced model, featuring dexterous hands and the highest degrees of freedom for complex applications.
Applications of the Unitree G1 Edu Ultimate A
The
Unitree G1 Edu Ultimate A is ideal for advanced research, AI development, and educational settings. Its dexterous hands enable it to perform intricate tasks, making it a valuable asset in robotics labs, universities, and industrial environments focusing on automation and robotic applications.
Conclusion
The
Unitree G1 Edu Ultimate A represents the forefront of humanoid robotics, offering unmatched capabilities for advanced research and development. Its combination of dexterous hands and extensive degrees of freedom allows for a wide range of applications.
For those looking for a more budget-friendly option, consider the
Unitree G1 Edu Plus, which provides essential features for comprehensive robotics projects while maintaining high performance.