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Robot Arm 6DOF for Raspberry Pi 4B Robot Kit, Python Programmable Desktop AI Vision Robotic Arm Kits with Camera for Adults(Included Raspberry Pi)
BDT 91895
Price Details
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Experience the future of robotics with our XR-DOTPI AI robot arm – your gateway to learning machine vision and programming in Python!
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What Stands Out
Product Details
- AI robot arm based on Raspberry Pi: XR-DOTPI is a 6DOF AI robot arm based on Raspberry Pi as the main control. Programmed in Python and can realize various visual recognition、grabbing and other smart functions through OpenCV. Educational kit designed for teenagers and adults to learn machine vision, OpenCV, inverse kinematics algorithms, etc. (Includes Raspberry Pi)
- 6DOF robotic arm with camera: Robotic arm comes with an HD wide-angle camera, which can realize FPV video transmission. Combined with the OpenCV library, visual functions such as color, face, label, and gesture recognition can be realized. Using the inverse kinematics algorithm, it can realize target following, sorting, intelligent palletizing, and advanced AI functions such as intelligent warehousing and intelligent transfer.
- Premium structure design: XR-DOTPI is a high-quality desktop robotic arm composed of an exquisite aluminum alloy bracket. The base is reinforced with high-torque servos and industrial-grade bearings to ensure superior stability. The upgraded version of the robotic arm is also equipped with paper maps, building blocks, display racks, and voice modules (only supports Chinese).
- Multiple control methods: XR-DOTPI supports PS2 controller and PC software remote control. The PC side can also realize the memory mode function of the robotic arm, software reads and records the angle of each rotation and sends it to the robotic arm in a time-shared manner to learn and repeatedly execute action groups. Through the software, you can control the robot in real time and switch various AI functions with one click.
- Programmable & technical support: The assembled robotic arm can be directly controlled through a quick connection. Each visual function is provided with source code written in Python, and you can conduct in-depth secondary development of the code. XiaoR GEEK provides professional technical assistance. If you have any questions or problems about products or program learning, please feel to contact us.
| Brand Name | XiaoR Geek |
| Educational Objective | Programming Skills |
| Manufacturer Maximum Age (MONTHS) | 900.00 |
| UPC | 713838512217 |
| Manufacturer Minimum Age (MONTHS) | 192 |
| Manufacturer Part Number | XR DOTPI |
| Manufacturer | XiaoR GEEK |
| Item Type Name | NO |
| Included Components | NO |
| Theme | Robotics |
| Is Assembly Required | No |
| Material Type | Aluminum alloy |
| Item Dimensions | 9.02 x 6.22 x 16.85 inches (22.9 x 15.8 x 42.8 cm) |
| Item Weight | 1700 Grams |
What's in the box
NO
Who Should Buy?
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Hobbyist Programmers
Ideal for hobbyists wanting to explore programming robotics using Python and Raspberry Pi technology.
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STEM Education
Great for educational institutions focusing on robotics and programming, providing hands-on learning experiences for students.
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AI Enthusiasts
Perfect for individuals interested in AI, offering opportunities to develop and test computer vision applications with a robotic arm.
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Beginners Without Experience
Not suitable for complete beginners as it requires some knowledge of programming and robotics for setup and use.
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Budget-Conscious Users
May not be the best choice for users on a strict budget, as it requires investment in additional components.
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Limited Space Users
Inappropriate for users with restricted space, as the robotic arm may require a dedicated workspace for operation.
Product Description
Customer Questions & Answers
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Question:
What does 6DOF mean in the context of the Robot Arm?
Answer: 6DOF stands for 'Six Degrees of Freedom.' This means that the robotic arm can move in six different ways: up and down, left and right, forward and backward, and it can also rotate around multiple axes. This functionality makes it extremely versatile for tasks requiring complex movements, such as picking and placing objects in various orientations. Users can program the arm to perform intricate tasks like assembling parts or drawing patterns, showcasing its utility in educational environments and DIY projects. -
Question:
Can I program the Robot Arm using Python?
Answer: Yes, the Robot Arm is programmable using Python, which is a powerful and user-friendly programming language popular in robotics and automation. The availability of well-documented libraries allows users to write scripts for controlling movements, handling inputs, and integrating with other hardware. This makes it ideal for both beginners exploring coding concepts and experienced programmers looking to develop advanced robotic applications or machine-learning models. -
Question:
What can I do with the included camera in the kit?
Answer: The included camera enhances the functionality of the Robot Arm by giving it vision capabilities. You can use it to implement computer vision applications, such as object recognition and tracking. By running image processing algorithms, users can program the robotic arm to identify and interact with specific items, making it suitable for tasks in automation, quality control testing, or educational demonstrations about AI and robotics. -
Question:
Is the Raspberry Pi included in this kit sufficient for running the arm?
Answer: Yes, the kit includes a Raspberry Pi 4B which is robust enough to handle the computational needs of the Robot Arm and its control software. With adequate processing power, RAM, and connectivity options, it allows users to run various programs smoothly, making it a perfect companion for experimenting with advanced robotics projects. The integrated system enables seamless programming and execution of sophisticated functions. -
Question:
What type of projects is this robotic arm suitable for?
Answer: The Robot Arm is highly suitable for a variety of projects, including educational demonstrations, hobbyist robotics, and prototyping for more complex automation solutions. From performing playful tasks, such as drawing or painting, to engaging in serious applications like assembling small components in manufacturing simulations, the versatility makes it ideal for a wide range of users, including students and professionals. -
Question:
Do I need any prior robotics experience to use this kit?
Answer: No prior experience in robotics is required to start using the Robot Arm 6DOF. The kit is designed with beginners in mind, featuring documentation and easy-to-follow instructions. As users engage with the kit, they can gradually build skills in programming, robotics, and AI concepts. This makes it an excellent educational tool for introducing robotics to adults and fostering a hands-on learning environment. -
Question:
What features make this robotic arm distinct from other kits?
Answer: This robotic arm stands out because of its combination of six degrees of freedom, integrated camera, and compatibility with the Raspberry Pi 4B. These features provide users with a comprehensive toolkit for developing complex robotic applications, unlike simpler kits that may lack vision capabilities or advanced programming options. This makes it ideal for those looking to dive deeper into robotics and automation. -
Question:
Can I control the Robot Arm remotely?
Answer: Yes, controlling the Robot Arm remotely is possible, especially if you configure it using appropriate networking setups on the Raspberry Pi. You can create a web interface or use remote desktop software to send commands from another device. This allows users to interact with the arm from anywhere, enabling innovative applications such as teleoperation or distance-controlled experiments. -
Question:
What is the maximum weight the Robot Arm can handle?
Answer: The maximum weight the Robot Arm can handle depends on its design and motor specifications, typically up to a few hundred grams. Understanding the weight limits is crucial for ensuring safe and effective operation. Users can safely engage in various tasks like picking up small objects, which makes it versatile for educational demonstrations, hobby projects, or simple automated tasks. -
Question:
Where can I buy the Robot Arm 6DOF for Raspberry Pi 4B Robot Kit?
Answer: You can purchase the Robot Arm 6DOF for Raspberry Pi 4B Robot Kit on Ubuy, which provides an extensive range of electronic kits and components. Ubuy's platform offers convenience and a reliable shopping experience, allowing you to easily find the product and make your purchase in Bangladesh.
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BDT 91895
Order now and get it around Friday, July 10
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.)
QTY:
Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.
Features & Benefits
- 6DOF AI robot arm based on Raspberry Pi for enhanced control and functionality.
- Includes a high-definition wide-angle camera for FPV video transmission and advanced visual recognition.
- Designed for educational purposes, perfect for teenagers and adults to grasp complex programming and AI concepts.
- Constructed from high-quality aluminum alloy with reinforced base for superior stability and durability.
- Supports multiple control methods, including remote control and PC software for diverse usage scenarios.
- Comes with source code for easy programming and customization, enabling in-depth learning and development.





