4wd Robot Car Chassis Kit with Metal Robotic Frame & 4pcs TT Encoder DC Motor for Arduino/Raspberry Pie/Microbit, DIY Remote Control Mobile Moving
ETB 5029
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from US
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Product Details
| Item Weight | 2.5 lbs (1.13 kg) |
Who Should Buy?
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Robotics Enthusiasts
Ideal for hobbyists who enjoy building and programming their own robotic vehicles using Arduino or Raspberry Pi.
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Educational Purposes
Great for students and educators focusing on robotics, providing practical experience with motor control and programming.
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Engineering Projects
Suitable for engineers or makers working on prototypes needing a customizable platform for development and testing.
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Beginners Without Guidance
Not suitable for complete beginners who lack prior knowledge of electronics or programming without guidance.
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Commercial Use
May not meet the durability or specifications required for professional applications or commercial product development.
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Non-Technical Users
Not recommended for users uncomfortable with assembling kits, handling electronics, or programming components.
Product Description
4wd Robot Car Chassis Kit with Metal Robotic Frame & 4pcs TT Encoder DC Motor for Arduino/Raspberry Pie/Microbit, DIY Remote Control Mobile Moving Robotics Platform for Maker Education Spy Monitor
Customer Questions & Answers
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Question:
What platforms is the Premium 4WD Smart Robot Car Chassis compatible with?
Answer: The Premium 4WD Smart Robot Car Chassis is compatible with popular platforms such as Arduino, Raspberry Pi, and MicroBit. This versatility allows users to program and control the robot using language or code specific to each platform, making it ideal for both beginners and experienced enthusiasts. Whether you’re using Arduino for intricate sensors or Raspberry Pi for advanced computing tasks, this chassis will enable you to create a wide array of projects, such as autonomous vehicles, obstacle-avoiding robots, and more. -
Question:
What type of motors does this robot chassis use?
Answer: This robot chassis utilizes DC electric motors featuring dual shafts, designed to operate efficiently within a voltage range of 3-6V. These motors provide robust performance, allowing for smooth movement and precise control of the robot. The dual-shaft design is particularly beneficial for projects requiring additional attachments like wheels or encoders, enhancing the robot’s capabilities. Users can leverage this feature to create custom robots for various applications, from educational purposes to experimental robotics. -
Question:
Can I customize the robot chassis for specific projects?
Answer: Absolutely! The Premium 4WD Smart Robot Car Chassis is designed with customization in mind. It comes with standard mounting holes that allow you to attach sensors, cameras, or additional hardware according to your project needs. This adaptability is vital for developers looking to experiment with robotic functionalities, such as gesture control or AI-driven navigation. You can easily build a project that fits your specific requirements, whether for a hobby project or an academic assignment. -
Question:
What kind of wheels does the chassis come with?
Answer: The chassis is equipped with plastic TT wheels, specifically designed for durability and smooth performance. These wheels are lightweight yet sturdy, providing good traction during movement on various surfaces. This feature is critical for applications like line following or terrain navigation where wheel performance can significantly influence the robot’s capability. Additionally, users can swap out the TT wheels with other compatible wheels to experiment with different driving dynamics. -
Question:
What accessories are included with the Premium 4WD Smart Robot Car Chassis?
Answer: The kit generally includes essential components such as the chassis frame, DC electric motors, plastic TT wheels, and various connectors needed for assembly. Some variations may also come with additional accessories like programming cables and assembly tools. This comprehensive inclusion ensures you have most of what you need to get started on your robotic ventures, allowing for a seamless project initiation. Users can supplement the kit with additional sensors and modules based on their project goals. -
Question:
Is this chassis suitable for educational purposes?
Answer: Yes, the Premium 4WD Smart Robot Car Chassis is specifically designed to facilitate learning in robotics and programming. It serves as an excellent tool in educational settings for teaching concepts such as engineering, mathematics, and computer science. Schools and robotics clubs often use this platform to develop hands-on skills in students, enabling them to build robots that can respond to various inputs, engage in competitions, or perform simple tasks autonomously. -
Question:
What is the maximum load capacity of the chassis?
Answer: The chassis can support a reasonable load, typically up to few hundred grams, depending on the type and positioning of the components used. This load capacity is usually sufficient for most educational and experimental robotics projects that involve lightweight attachments like sensors and small cameras. Users looking to create more robust applications may need to consider weight distribution and the total weight of additional components to ensure optimal performance and movement. -
Question:
What type of projects can I create using this chassis?
Answer: This chassis opens up the door to numerous project possibilities, such as autonomous navigation robots, remote-controlled vehicles, and smart detection systems. It's particularly useful for STEM projects that aim to improve understanding of robotics and automation principles. For example, you could create a robot that navigates a maze or one that responds to voice commands. The flexibility in programming and custom enhancements allows users to tailor their projects to a wide variety of uses. -
Question:
How do I program the robot car chassis?
Answer: Programming the Premium 4WD Smart Robot Car Chassis will depend on the chosen platform—Arduino, Raspberry Pi, or MicroBit. Each platform has its own programming environment and libraries, offering ample resources and community support. Users can write software that controls motor movements, sensor inputs, and even implement algorithms for autonomous behaviors. This coding experience not only sparks creativity but also enhances programming skills, making it an educational journey through robotics. -
Question:
Where can I buy the Premium 4WD Smart Robot Car Chassis Platform Kit?
Answer: You can purchase the Premium 4WD Smart Robot Car Chassis Platform Kit on Ubuy in Ethiopia. Ubuy offers a wide selection of electronic components and kits, making it easy for customers to find high-quality products tailored to their robotics projects. Their platform provides detailed product descriptions and customer reviews, allowing you to make informed purchasing decisions effectively.
Swaytail Science Kits & Toys Editorial Review
The product in question appears to be met with Considerable frustration from customers, particularly due to significant issues with its motor and wheel components. Both the wheels and motors suffer from poor fitment and quality control. Customers reported that the holes in the wheels were too small to fit onto the motor shafts, leading to the need for modifications like drilling to create a suitable fit. This inconvenience has led to dissatisfaction with the product for those using it as a base for projects, especially when expectations for ease of assembly were not met. While some customers praised the metal chassis as satisfactory, the overall reception of the motors has been overwhelmingly negative. Issues such as motors falling apart and general inefficiency in performance have been highlighted. It seems that this product has not only affected the functionality of individual projects but also raised concerns regarding the manufacturing quality, with some users suspecting that the components are resold from unreliable sources. In terms of customer service, there are mixed feelings. One reviewer noted a quick refund process after raising concerns about the defective wheels, which offered a small Consolation amidst broader frustrations. However, the acknowledgment of these issues by the manufacturer does little to mitigate customer disappointment as many feel that the core problems stem from the product's design and Construction. Overall, customers advise against purchasing this kit, suggesting that potential buyers do their research to find more reliable, higher-quality components for their projects. **
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Pros
- Refund process is quick and efficient.
- Metal chassis is Considered satisfactory.
Cons
- Wheels do not fit properly on motor shafts due to small holes.
Product Price History
Important information
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ETB 5029
Order now and get it around Wednesday, July 01
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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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
- DIY robot car chassis kit
- Great for improving robotics operation ability
- Learn about different robot controllers
- Opportunity to learn about AI
- Equipped with a durable metal frame
- Includes metal platform, wheels, motors, and screw kit