Unitree H1 Humanoid Robot

The Unitree H1 is a compact yet powerful humanoid robot designed for versatility and mobility. With impressive torque, advanced sensors, and expandable arms, it excels in various applications. Its remarkable speed and high mobility make it suitable for research, industry, and exploration. Additionally, the H1 features an Intel Core i5/i7 processor and a 3D LIDAR for perception. While still in development, its dexterous hand promises further capabilities. Buy Unitree H1 today.

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$195,270.00

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9 in stock

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  • Warranty 1 year
  • Free 30-Day returns

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Description

Buy Unitree H1

Unitree H1: The Future of High-Performance Robotics

The Unitree H1 is a revolutionary quadruped robot designed for users who demand superior performance, precision, and intelligence in their robotic systems. With cutting-edge AI technology, exceptional mobility, and a durable design, the H1 is engineered for complex tasks across various industries. From industrial automation and research to security and rescue operations, the Unitree H1 sets a new benchmark for robotics. Its modular design and advanced motion control allow users to customize the robot for a wide range of applications, ensuring flexibility and adaptability in challenging environments.

Why Buy Unitree H1?

When you buy the Unitree H1, you’re investing in a robust and high-performing robot that can handle even the most complex tasks. The H1 is designed for professionals who need a powerful, reliable robot that excels in both mobility and intelligence. Its advanced features make it perfect for industries such as logistics, inspection, rescue missions, and research.

  1. Advanced Motion Capabilities: The Unitree H1 is equipped with precision servos and powerful motors, allowing for smooth, fast, and precise movements. Whether navigating through rough terrain or performing complex maneuvers, the H1 maintains stability and efficiency at all times.
  2. AI-Powered Intelligence: The H1’s sophisticated AI system enables real-time decision-making, obstacle detection, and path planning. This makes it ideal for autonomous operations in dynamic and unpredictable environments, such as rescue missions or industrial inspections.
  3. Durability for Extreme Environments: Built with a rugged frame, the Unitree H1 can withstand harsh environmental conditions, including rough terrains, inclines, and inclement weather. Its robust build ensures long-lasting performance, making it ideal for outdoor and heavy-duty applications.
  4. Customizable Design: The H1’s modular design allows for easy customization and upgrades. You can equip the robot with additional sensors, cameras, or specialized tools depending on the specific requirements of your project, making it versatile for multiple industries.
  5. Real-Time Data Feedback: The H1 is equipped with a state-of-the-art communication system that provides real-time feedback and monitoring, allowing users to adjust operations on the go. This makes it highly effective for tasks that require constant data analysis, such as inspections or research experiments.
  6. Long Battery Life and High Payload Capacity: The H1 is powered by a long-lasting battery, enabling it to work continuously for extended periods. It also boasts an impressive payload capacity, allowing it to carry heavy loads, making it perfect for industrial use.

Key Specifications:

  • Weight: 20 kg
  • Battery Life: Up to 6 hours of continuous use
  • Speed: Up to 20 km/h
  • Payload Capacity: 10 kg
  • Camera System: 3D vision with thermal and night vision options
  • Operating System: Linux-based with an open SDK
  • Terrain Handling: Designed for rough and uneven terrains
  • Connectivity: Wi-Fi, 4G, 5G, and Bluetooth

Comparison Table: Unitree H1 Models

Feature Unitree H1 Standard Unitree H1 Pro Unitree H1 Max
Weight 19 kg 20 kg 21 kg
Battery Life 5 hours 6 hours 7 hours
Speed 18 km/h 20 km/h 22 km/h
Payload Capacity 8 kg 10 kg 12 kg
Camera System 3D vision 3D vision + night vision 3D vision + night vision + thermal
Terrain Handling Standard Enhanced grip All-terrain
Connectivity Wi-Fi, Bluetooth Wi-Fi, Bluetooth, 4G Wi-Fi, Bluetooth, 5G
Customizability Moderate High Very High
Price Affordable Mid-Range Premium

 

The Unitree H1 series offers multiple models to suit varying needs, from the Standard model for basic tasks to the Pro and Max models designed for more advanced and demanding operations. Whether you need a robot for basic applications or heavy-duty projects, the Unitree H1 has an option to fit your requirements.

Conclusion

In conclusion, the Unitree H1 is a high-performance robot that combines advanced AI, durability, and versatility to handle a wide range of tasks in different industries. Whether you’re in industrial automation, research, or rescue operations, the H1 provides the strength, speed, and intelligence needed to excel in any environment. Buy the Unitree H1 today and experience the next generation of robotics!

Specification

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Display

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

RAM

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Storage

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Video Card

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Connectivity

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Features

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

Battery

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

General

Key Dimensions

(1520+285)mm × 570mm × 220mm

Thigh and Calf Length

400mm × 2

Total Arm Length

338mm × 2

DOF of Each Leg

5(Hip×3 + Knee×1 + Ankle×1)

DOF of Each Arm

4(Expandable)

Total Weight

About 47kg

Ultimate Torque of Joint Unit

Knee Torque About 360N.m,Hip Joint Torque About 220N.m,Ankle Torque About 45N.m,Arm Joint Torque About 75N.m

Mobility

Moving speed of 3.3m/s(world record), Potential mobility > 5m/s

Battery

Battery capacity 15Ah(0.864KWh),Max Voltage 67.2V

Control and Perception Computing Power

Standard configuration: Intel Core i5(Platform Function) ,Intel Core i7(User Development)
Optional Configuration: Intel Core i7 or Jetson Orin NX

Sensor Configuration

3D LIDAR + Depth Camera

Dexterous Hand

Optional(in development

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