Buy Unitree Humanoid H1: Advanced Robotics for Enhanced Interaction

Introducing the Unitree Humanoid H1, a sophisticated humanoid robot designed to enhance and transform human-robot interaction and movement. With its cutting-edge capabilities and user-friendly configuration, the H1 is outstanding for applications in scientific studies, learning environments, and entertainment, making it the best for social interaction and workforce integration. Buy Unitree Humanoid H1 for unmatched versatility and performance in robotics.

Key Features:

• Optimized Dimensions for Enhanced Agility: Standing at a total height of approximately 1.76 meters with a body width of 0.57 meters and a thickness of 0.22 meters, the Unitree Humanoid H1 is engineered to balance robustness with agility, suitable for various applications.
• Advanced Mobility: The humanoid features a complex degree of freedom in its legs (hip joint *3 + knee joint *1 + ankle joint *1 = 5) and arms (4 degrees, expandable), which enables it to perform dynamic and natural movements. This design is pivotal for tasks requiring advanced locomotion and manipulation.
• Powerful Torque for High Performance: It offers impressive torque with 360N.m at the knee, 220N.m at the hip, 45N.m at the ankle, and 75N.m at the arm joints. This high torque capability allows the robot to handle strenuous activities and maintain stability in varied environments.
• Superior Speed Capabilities: The robot’s walking speed exceeds 1.5m/s, with the potential to reach speeds greater than 5m/s, positioning it as one of the fastest in its class and suitable for rapid response scenarios.
• Long-lasting Battery Life: Equipped with a 15Ah battery (0.864KWh) and a maximum voltage of 67.2V, supported by a standard dual battery system and dual fast chargers, the Unitree Humanoid H1 ensures prolonged operational periods, making it ideal for extended use without frequent recharging.
• High-Performance Computing and Sensing: Dual Intel Core i7-1265U processors empower the robot with advanced control and perception capabilities, enhanced by a sophisticated sensor suite including 3D LiDAR and a depth camera. These features allow for precise environmental interactions and real-time decision-making.
• Innovative and Cost-Effective: With self-developed core components like high torque motors and 3D LiDAR, the robot not only offers lower costs and scalability in production but also stands out due to its universal application across industrial, service, and other sectors.
• Leadership in Technological Advancement: The H1 is described as initiating the “New Industrial Revolution,” highlighting its role as a pioneering solution in robotics, capable of transforming industries and enhancing human-robot collaboration.

• Optimized Dimensions for Enhanced Agility

  • Benefit: The robot’s dimensions are tailored for agility while maintaining robustness, enabling it to efficiently navigate and operate in varied environments—from industrial settings to entertainment venues. Buy Unitree Humanoid H1 for versatile performance.
  • Advantage: Its compact and practical size makes it versatile for multiple applications, allowing deployment in spaces where larger robots might not fit, enhancing its usability.

• Advanced Mobility

  • Benefit: With multiple degrees of freedom in its legs and arms, the robot can perform sophisticated and complex maneuvers that mimic human movements. This capability is critical for tasks requiring precision and adaptability.
  • Advantage: This level of mobility facilitates tasks in advanced research, rescue operations, or complex manufacturing processes, where nuanced movements are essential. Buy Unitree Humanoid H1 to enhance capability and efficiency in these critical areas.

• Powerful Torque for High Performance

  • Benefit: High torque outputs at various joints enable the robot to undertake strenuous tasks and operate in challenging environments without sacrificing performance.
  • Advantage: The high torque ensures the robot can perform heavy-duty operations, making it suitable for industrial applications that require robust physical interactions.

• Superior Speed Capabilities

  • Benefit: The robot’s ability to move at speeds greater than 1.5m/s, with potential exceeding 5m/s, allows for rapid response in dynamic scenarios.
  • Advantage: Such speed capabilities make the robot ideal for emergency response, swift logistics, and scenarios where quick mobility is critical.

• Long-lasting Battery Life

  • Benefit: Equipped with a large-capacity battery and dual charging system, the robot can operate for extended periods without the need for frequent recharging.
  • Advantage: This feature reduces downtime and increases productivity, particularly beneficial in continuous operation settings like factories, expos, or long-duration research projects.

• High-Performance Computing and Sensing

  • Benefit: With dual Intel Core i7 processors and advanced sensors, the robot offers exceptional data processing and environmental understanding, enabling intelligent decision-making and interaction.
  • Advantage: This computing power supports complex tasks requiring real-time analytics and adaptability, enhancing the robot’s effectiveness in dynamic and unpredictable environments.

• Innovative and Cost-Effective

  • Benefit: The use of in-house developed components like high torque motors and 3D LiDAR in the Unitree Humanoid H1 results in lower production costs and scalability. Buy Unitree Humanoid H1 for advanced, cost-effective robotics technology.
  • Advantage: Cost-efficiency paired with high-tech capabilities makes the H1 an attractive option for both large-scale deployment and niche markets, expanding its market reach and application potential.

• Leadership in Technological Advancement

  • Benefit: Being at the forefront of the “New Industrial Revolution,” the H1 is set to transform industries through automation and advanced robotics.
  • Advantage: This leadership position not only establishes the H1 as a benchmark in robotics innovation but also influences industry standards and practices, driving widespread adoption and technological integration.