SmartMove Humanoid Robot – Advanced Intelligent Robotics for Sale

The SmartMove Humanoid Robot combines cutting-edge robotics technology with sleek design, offering high-quality performance for various applications. This intelligent humanoid robot is engineered with advanced motion capabilities and a durable build, making it suitable for research, education, and interactive roles in public spaces.

Key Features

• Compact Design:
  • Dimensions Stand: 1320 × 450 × 200 mm
  • Dimensions Fold: 690 × 450 × 300 mm
  • Weight: Approx. 35 kg including battery
• Exceptional Mobility:
  • Degrees of Freedom DoF: 23 total, enabling fluid and dynamic motion.
  • Single Leg DoF: 6
  • Waist DoF: 1
  • Single Arm DoF: 5
  • Joints designed for natural and precise movements, including:
    • Waist: Z ±155°
    • Hip: P ±154°, R -30° to +170°, Y ±158°
    • Knee: 0~165°
• Durable Build: Crafted with high-quality materials to ensure stability during operation, even in demanding tasks.
• Battery-Powered: Portable and easy to deploy with long-lasting battery performance.

Applications

1. Research and Development:
   Ideal for universities and labs working on AI and robotics.
2. Education and Training:
   A valuable teaching aid for STEM programs and robotics courses.
3. Interactive Roles:
   Can serve as an interactive guide or companion in museums, shopping malls, and showrooms.
4. Demonstrations and Events:
   Perfect for showcasing advanced technology at expos, product launches, or conferences.

Why Choose the SmartMove Humanoid Robot?

1. Versatility: Advanced mobility and precise joint control enable the robot to perform complex movements.
2. Compact and Foldable Design: Easy to store and transport between locations.
3. High Quality and Durability: Designed to handle long-term use with minimal maintenance.
4. Customizable: Open to software and hardware modifications to meet specific user requirements.

The SmartMove Humanoid Robot is an exceptional solution for businesses, educators, and innovators looking to integrate intelligent robotics into their operations.