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Experience the Unitree Humanoid H1-2, a state-of-the-art robot featuring articulated limbs and dual Intel Core processors for precise, versatile performance in any setting.
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Explore the Unitree Humanoid H1-2, an innovative humanoid robot crafted for enhanced mobility and interaction. This versatile robot merges high-tech sophistication with an intuitive design, perfect for diverse applications in research, education, and entertainment. By embracing the Unitree Humanoid H1-2, you’re engaging with “The Future of Humanoid Robots: Innovation and Impact,” showcasing how advanced robotics can transform everyday tasks and industries.
Explore the advanced features of the Unitree Humanoid H1-2, a cutting-edge example of Humanoid Robot Technology that elevates technological interaction. When you buy Unitree Humanoid H1-2, you access superior mobility, intelligent AI interactions, and stable performance across diverse environments. Its robust sensors and customizable programming make it perfect for various applications from education to entertainment. Discover the versatility and impact of H1-2 in advancing robotics technology.
The Unitree Humanoid H1-2 brings a host of benefits to any field requiring robotic integration, from educational settings to high-tech laboratories and entertainment venues. Here’s what makes buying the Unitree Humanoid H1-2 an exceptional choice.
Feature / Specification | Unitree Humanoid H1 | Unitree Humanoid H1-2 |
---|---|---|
Description | Designed for human-robot interaction and mobility. | Crafted for enhanced mobility and interaction. |
Applications | Suitable for research, education, and entertainment. | Ideal for research, education, and interactive exhibitions. |
Mobility | Dynamic locomotion capabilities; can walk, run, navigate various terrains. | Advanced mobility with dynamic locomotion and natural movement patterns. |
Stability | Human-like movement with articulated joints. | High stability and balance, maintains balance on uneven surfaces. |
AI Features | Intelligent AI for voice recognition and learning interactions. | Intelligent interaction with AI and machine learning for adaptive behavior. |
Customization | Customizable software for flexible programming. | Customizable programming for specific projects or applications. |
Key Dimensions | (1560+200)mm x 570mm x 220mm | (1560+200)mm x 570mm x 220mm |
Leg Details | Thigh and calf length: 400mm each | Thigh and calf length: 400mm each |
Arm Details | Boom length and forearm: 338mm each; Single arm degree of freedom: 4 | Total arm length: 338mm×2; Single arm freedom: 7 |
Degrees of Freedom (Leg) | Single leg: 5 (hip joint * 3+knee joint * 1+ankle joint * 1) | Each leg: 6 (hip3+knee1+ankle*2) |
Weight | Approximately 47kg | 73kg |
Walking Speed | Greater than 1.5m/s | >1.5m/s |
Battery | 15Ah (0.864KWh), max voltage 67.2V | 15Ah (0.864KWh), max voltage 67.2V |
Computing Power | 2 * Intel Core i7-1265U | 2 * Intel Core i7-1265U |
Sensors | 3D LiDAR+depth camera | 3D LiDAR + depth camera |
Standard Features | Standard dual battery, standard dual fast charger | Dual batteries as standard |
Q: What environments is the Unitree Humanoid H1-2 suited for?
A: The H1-2 is designed to perform well in various environments including educational institutions, research facilities, and entertainment areas. Its robust design and advanced sensors make it adaptable to both indoor and outdoor settings.
Q: How does the H1-2 handle interactions and commands?
A: The H1-2 uses sophisticated AI to process voice commands and interact dynamically with users. It learns from each interaction, improving its responses and actions over time.
Q: Can the H1-2 be customized for specific projects?
A: Absolutely! The H1-2 supports multiple programming languages and frameworks, allowing developers to customize its functions and behaviors to suit specific project needs or research requirements.
Q: What makes the H1-2 stand out in terms of mobility?
A: The H1-2 features advanced locomotion capabilities that mimic human movement, allowing it to handle complex maneuvers with ease. Its joints offer a wide range of motion that surpasses many conventional robots.
Q: Is the Unitree Humanoid H1-2 suitable for educational purposes?
A: Yes, the H1-2 is an excellent tool for education, particularly in STEM fields. It can demonstrate physical phenomena, participate in interactive learning, and serve as a practical example of robotics application in real-world scenarios.
This content is designed to be accessible and informative, providing clear, easy-to-understand insights into the capabilities and applications of the Unitree Humanoid H1-2.
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
Key Dimensions |
(1560+200)mm*570mm*220mm; (Height of the body 1.56 meters; height of the head 0.2 meters. Total height about 1.76 meters; body width: 0.57 meters; body thickness: 0.22 meters) |
---|---|
Thigh and Calf Length |
400mm ×2 |
Total Arm Length |
338mm× 2 |
DOF of Each Leg |
(hip*3+knee*1+ankle*2=6) |
Single Arm freedom |
7 |
Total Weight |
73kg |
Limit Torque of Joint Unit |
About 360N.m for knee joint, 220N.m for hip joint, 45N.m for ankle joint and 75N.m for arm joint |
Walking Speed |
>1.5m/s (potential movement capacity >5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Arithmetic: |
Control and perception arithmetic: 2*Intel Core i7-1265U; |
Perception Sensor Configuration: |
Perception sensor configuration: 3D LIDAR + depth camera |
Dual Standard |
Dual batteries as standard |
In stock
Key Dimensions |
(1560+200) mm * 570mm * 220mm; (The height of the body is 1.56 meters; the height of the head is 0.2 meters. The total height is about 1.76 meters; the width of the body is 0.57 meters; the thickness of the body is 0.22 meters) |
---|---|
Thigh Length |
400mm; Calf length: 400mm |
Boom Length |
338mm; Length of forearm: 338mm |
Single Leg Degree Of Freedom |
hip joint * 3+knee joint * 1+ankle joint * 1=5 |
Ultimate Torque of Joint Unit |
knee joint is about 360N. m, hip joint saves 220N. m, ankle joint saves 45N. m, and arm joint saves about 75N. m |
Single Arm Degree of Freedom |
4 (expandable) |
Overall Weight |
Approximately 47kg |
Walking Speed |
Greater than 1.5m/s (potential motion ability>5m/s) |
Battery |
Battery Capacity 15Ah (0.864KWh), maximum voltage 67.2V |
Control and Perception Computing Power |
2 * Intel Core i7-1265U |
Perception Sensor Configuration |
3D LiDAR+depth camera; 12) Standard dual battery, standard dual fast charger |
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In stock
Weight(KG) |
10.5 |
---|---|
Applicable Industries |
Restaurant, Retail, Other |
Warranty of core components |
1 Year |
Application |
Experience teaching |
Dimension(L*W*H) |
485*275*300mm |
Voltage |
22.2V, 6.4AH |
Degree of freedom |
12 (3 degrees of freedom per leg) |
Climbing angle |
30 Degree |
Span Height |
30cm |
Operating system |
Linux |
Load weight |
3kg |
Self weight |
10.5kg |
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