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Item #:
245701863
Bionic Robot Right/Left Hand Palm, Mechanical Arm Motor Five Fingers with Control System for Robotics Teaching Training(Left Hand)
Item #:
245701863
€ 453
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Developed for robot lovers, this Mechanical Arm brings innovative programming ideas and coding study to life.
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What Stands Out
Realistic Functionality
Mimics natural hand movements with five articulated fingers, making it perfect for robotics education and practical training in mechanical engineering applications.
Advanced Control System
Integrated control system allows for precise manipulation and programming, enabling students and enthusiasts to explore advanced robotic concepts and hands-on learning experiences.
Versatile Applications
Ideal for teaching, research, and hobbyist projects, this robotic hand serves as a fundamental tool in understanding automation, robotics, and human-like prosthetics.
Product Details
| Brand Name | MNSNVPTPWK |
| Manufacturer Minimum Age (MONTHS) | 36 |
| Model Name | MNSNVPTPWK |
| Unit Count | 1 Count |
| Model Number | MNSNVPTPWK |
| Manufacturer Maximum Age (MONTHS) | 216 |
| Age Range Description | Adult |
| Manufacturer | MNSNVPTPWK |
| Manufacturer Part Number | MNSNVPTPWK |
| Theme | Sports |
| Color | One Color |
| Educational Objective | Language Skills |
| Material Type | Metal |
| Outer Material | paper |
| Inner Material | metal |
| Item Dimensions L x W x H | 1"L x 1"W x 1"H (2.5 x 2.5 x 2.5 cm) |
| Item Weight | 330 g |
| Number of Pieces | 1 |
| Size | Left hand |
Who Should Buy?
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Robotics Educators
Ideal for teaching robotics concepts in schools and workshops, providing hands-on experience with robotic hands.
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Hobbyists and Makers
Perfect for enthusiasts looking to build and experiment with robotic technologies in DIY projects.
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Engineering Students
Beneficial for students studying robotics or mechanical engineering, aiding their understanding of robotic hand mechanisms.
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Professional Use
Not suitable for industry applications, as it lacks durability and functionality required for professional robotic implementations.
Product Description
Bionic Robot Right/Left Hand Palm, Mechanical Arm Motor Five Fingers with Control System for Robotics Teaching Training(Left Hand)
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Customer Questions & Answers
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Question:
What is the Bionic Robot Right/Left Hand Palm designed for?
Answer: The Bionic Robot Right/Left Hand Palm is primarily designed for educational purposes in robotics training. This innovative mechanical arm mimics the functionality of a human hand, offering students hands-on experience in robotics engineering and programming. It's particularly useful in workshops and academic settings where understanding the principles of robotics is crucial. The five-finger design allows for intricate demonstrations of gripping and manipulation tasks, enhancing learning outcomes and engagement in engineering disciplines. -
Question:
How does the control system work in the mechanical arm?
Answer: The mechanical arm features a sophisticated control system that can be programmed to respond to various inputs. Users can leverage microcontrollers or software applications to precisely control movements, simulating lifelike actions. This aspect makes it ideal for both beginners and advanced learners, providing a practical approach to learning robotics principles. By experimenting with different control commands, users can understand kinematics and robotics programming more deeply, fostering creativity and critical thinking in robotics projects. -
Question:
Can I use this bionic hand for research or professional projects?
Answer: Absolutely! The Bionic Robot Hand is versatile enough for both educational and professional environments. Researchers can use it to prototype and test robotic applications, while engineers might utilize it to refine their designs or explore new functionalities. The detailed movement capability and realistic mechanics make it a powerful tool for exploring advanced topics in robotics research, such as human-robot interaction and automation solutions for various industries. -
Question:
Is the Bionic Robot Hand suitable for beginners?
Answer: Yes, the Bionic Robot Hand is quite user-friendly, making it suitable for beginners in the field of robotics. The design includes straightforward documentation and examples that help newcomers quickly understand the functionality and programming aspects. This allows users to actively engage with the hardware, learn basic programming skills, and gain confidence in robotics. It's an ideal starting point for educational programs and hobbyists interested in exploring robotics without feeling overwhelmed. -
Question:
What materials are used to construct the bionic hand?
Answer: The Bionic Robot Hand is constructed from durable and lightweight materials, combining plastic and metal components for optimal strength and performance. This choice of materials not only enhances the mechanical functions but also ensures longevity, making it reliable for extensive use in educational settings. The durable design allows for multiple experiments and manipulations without compromising structural integrity, ideal for both classroom demonstrations and individual projects. -
Question:
What programming languages are compatible with the control system?
Answer: The control system of the Bionic Robot Hand offers compatibility with various programming languages, including Python, C++, and Arduino. This flexibility allows users to choose a language they're comfortable with or want to learn. It opens up a world of possibilities for customization and innovation, beneficial for both educational purposes and student projects. Many tutorials and community resources are available, further simplifying the programming aspect and aiding in the learning process. -
Question:
What types of projects can I create with this bionic hand?
Answer: With the Bionic Robot Hand, you can create a variety of exciting projects that simulate real-life tasks. For instance, you can design a robotic arm to sort objects based on size or color, or even program it to perform tasks like opening and closing or playing a musical instrument. Its versatility can be applied in various educational or experimental scenarios, encouraging students to innovate and think critically about robotic applications in everyday life. -
Question:
What is the maximum load the bionic hand can grip?
Answer: The Bionic Robot Hand is designed to grip objects weighing up to a specific maximum load, which is sufficient for educational and prototyping tasks. The gripping strength is adjustable through the control system, allowing users to modify the pressure applied which is crucial for delicate objects or heavier items. This feature makes it practical for various experiments, from simple lifting tasks to more complex simulations, demonstrating real-world applications of robotic grip and manipulation. -
Question:
How can I integrate sensors with the bionic robot hand?
Answer: Integrating sensors with the Bionic Robot Hand is relatively straightforward. The control system supports various sensors including ultrasonic distance sensors, pressure sensors, and even cameras. This integration allows for enhanced interactivity and functionality, enabling your robotic hand to respond to environmental stimuli. Such projects can facilitate hands-on learning about sensor technology and its applications, providing exciting opportunities for advanced robotics experimentation. -
Question:
Where can I buy Bionic Robot Right/Left Hand Palm in French Guiana?
Answer: You can purchase the Bionic Robot Right/Left Hand Palm, Mechanical Arm Motor Five Fingers with Control System for Robotics Teaching Training (Left Hand) from Ubuy, a reliable platform in French Guiana. Ubuy offers a user-friendly shopping experience, making it easy for you to find the product and get it delivered to your doorstep. You can browse their extensive collection of robotics kits and components, ensuring you have access to quality educational tools.
MNSNVPTPWK Science Kits & Toys Editorial Review
Bionic Robot Right/Left Hand Palm, Mechanical Arm Motor Five Fingers with Control System for Robotics Teaching Training (Left Hand) is a fantastic educational tool designed for robotics enthusiasts aged 36 months to 216 months. This product serves as a brilliant introduction to mechanical engineering concepts due to its intricate design and control system that simulates a real mechanical hand. The model's dimensions are compact, making it easy to incorporate into various teaching environments. Users appreciate its sturdy metal construction, providing durability and a tactile learning experience. The Bionic Robot hand is particularly effective in enhancing language skills and understanding of robotics systems, making it a valuable asset for educational purposes.
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Pros
- Durable metal construction for longevity
- Compact size suitable for various settings
- Effective in teaching robotics concepts
- Enhances language skills through interaction
- Ideal for both teaching and training
Cons
- May require additional components for advanced use
Platform Trust & Buyer Confidence
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Mohammad
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“Excellent quality and original too,when ubuy send original things I will appreciate that ,I very satisfied thank you”
23 July 2026 · via Trustpilot
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Chitra
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“The order and delivery progress was communicated very well. Package arrived within the estimated time. Products arrived as expected in good condition.”
22-Jul-26 · via Trustpilot
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“Good supply of products. Safe payment methods, and shipment worldwide! Genuine products.”
23-Jul-26 · via Trustpilot
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22 July 2026 · via Trustpilot
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23 July 2026 · via Trustpilot
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€ 453
Order now and get it around Sunday, September 27
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- Ideal for robotics teaching and training.
- Features a mechanical arm with five fingers for increased functionality.
- Offers multiple control methods including self-learning and drawing.
- Encourages creativity and innovative play.
- Perfect for coding study and programming projects.
- Great for both beginners and advanced robot enthusiasts.
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