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Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
The Ackerman Chassis Smart Robot Car Kit empowers young engineers to explore AI visual gameplay and autonomous driving with practical, hands-on learning.
Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB)
Item #: 89275041

Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers

Item #: 89275041

BTN 81176

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The Ackerman Chassis Smart Robot Car Kit empowers young engineers to explore AI visual gameplay and autonomous driving with practical, hands-on learning.
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What Stands Out

Autonomous Driving
Equipped with advanced sensors, this robot kit allows for seamless autonomous navigation, enhancing learning through hands-on experience in robotics and AI.
Python Programming
Designed for educational purposes, it offers Python programming integration, helping students develop coding skills while controlling the robot's functionality.
Complete Kit
Includes Raspberry Pi 4GB, making it a complete package for aspiring engineers, providing everything necessary to embark on a comprehensive tech project.

Product Details

Shop Ackerman Chassis Smart Robot Car Kit for Raspberry Pi, Autonomous Driving, AI Visual, Python Programming Education Project for Teen Engineers Students (with Raspberry Pi 4GB) online at a best price in Bhutan. B0CY55BW57
  • Model training & Autopilot: The XR F3 robot is a autopilot robot car upgraded based on AI neural network and deep learning framework Tensorflow. The Raspberry Pi is used as the main controller and adopts the Ackerman chassis structure design. While using the structural advantages to reduce power consumption, the car's steering is more stable, faster and more accurate, which promotes the efficiency of robot learning and research.
  • AI visual gameplay: Simulation training can be carried out on the map, after in-depth data analysis is completed, in the automatic driving mode, the car can realize automatic driving along lines and recognition of sidewalks, traffic signs, traffic lights and other functions through the camera. (With a 3.5 x 2.9m (138 x 114 in) curved driving map)
  • Intelligent anti-collision: The front end of the robot vehicle is equipped with an ultrasonic sensor. When in automatic driving mode, it will continuously scan for obstacles ahead and automatically stop when it falls below a safe distance. Effectively prevent rear-end collisions when multiple vehicles are driving. The body is equipped with a OLED display, through which the status of the robot can be observed in real time.
  • Multiple Control Methods: This robot kit comes with a remote control handle and user interface that can be accessed from a mobile device or PC. It is recommended that you have some basic understanding of programming basics before using this kit. XiaoR provides professional pre-sales and after-sales services. If you have any questions or issues about the product or program learning, please feel to contact us.
  • What you will get: Python programmable self-driving robot kit, using a metal Ackerman chassis structure. The chassis is pre-assembled and can be used by simply installing a camera. Includes Raspberry Pi 4B, PWR.A53 expansion board, TT motor, 12V rechargeable battery, expansion list, paper instructions, ultrasonic sensor and camera. High-performance hardware combined with paper/electronic course content.
Brand NameXiaoR Geek
Age Range DescriptionYouth
Educational ObjectiveProgramming Skills
UPC713838512262
Manufacturer Part NumberXR-F3
ManufacturerXiaoR GEEK
Included ComponentsNO
ThemeRobot
Is Assembly RequiredYes
Item Dimensions12.36 x 6.42 x 8.74 inches (31.4 x 16.3 x 22.2 cm)
Item Weight1200 Grams

What's in the box

NO

Who Should Buy?

Suitable For
  • Teen Engineers

    Ideal for young engineering enthusiasts eager to explore robotics, programming, and autonomous driving with hands-on projects.

  • STEM Education

    Perfect for schools and educational programs focusing on STEM, offering practical learning experiences in technology and coding.

  • Hobbyists

    Great for hobbyists interested in robotics and AI, enabling experimentation and creativity through programmable vehicle projects.

Not Suitable For
  • Complete Beginners

    Not suitable for absolute beginners who might find the programming and assembly concepts too complex without prior experience.

  • Non-technical Users

    Users without any technical background may struggle with the programming and construction aspects of the robot car kit.

  • Casual Users

    Not ideal for casual users seeking simple toys, as this product requires commitment to learn and build effectively.

Product Description

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is the Ackerman Chassis Smart Robot Car Kit?

    Answer: The Ackerman Chassis Smart Robot Car Kit is a comprehensive robotics project designed for Raspberry Pi, aimed specifically at students and young engineers. This kit facilitates the understanding of autonomous driving principles, AI, and Python programming. With its unique Ackerman steering system, it mimics real vehicle behavior, making it ideal for hands-on learning. By engaging with this kit, students can explore topics like computer vision and machine learning, enabling them to develop critical skills applicable in various tech fields.
  • Question: What are the key features of the Smart Robot Car Kit?

    Answer: Key features of the Smart Robot Car Kit include an Ackerman steering mechanism for realistic navigation, compatibility with Raspberry Pi for enhanced computational capabilities, and the ability to integrate AI visual systems. The kit also offers Python programming options, allowing users to code and customize their robotic vehicle's functions. This robust combination makes it a perfect educational tool, fostering problem-solving skills and creativity in tech projects for teen engineers.
  • Question: How does the autonomous driving feature work?

    Answer: The autonomous driving feature utilizes sensors and pre-installed algorithms that allow the robot car to navigate its environment without human intervention. It processes data from various sensors to detect obstacles, track lines, and make decisions based on real-time input. This functionality can be applied in projects where students simulate navigation scenarios, develop robotics technology, and understand the fundamentals of autonomous vehicles, stimulating interest in future career paths in robotics and AI.
  • Question: Is prior programming knowledge required to use the kit?

    Answer: While previous programming knowledge can be beneficial, it is not strictly necessary to start with the Ackerman Chassis Smart Robot Car Kit. The kit comes with clear instructions and resources to guide beginners through the setup and programming process using Python. This makes it an excellent entry point for students new to coding, ultimately serving as a practical introduction to robotics and programming concepts while encouraging self-learning and exploration.
  • Question: What types of projects can be created with this kit?

    Answer: The Smart Robot Car Kit can be utilized for various projects, including autonomous path-following cars, obstacle-avoiding robots, and even AI-powered visual recognition systems. Students can experiment by adding different sensors or modifying coding algorithms to enhance functionality. Each project presents unique challenges, encouraging creative problem-solving and technical skills, thus making it a valuable tool for educational institutions focusing on STEM subjects.
  • Question: Can the kit be used for team-based learning?

    Answer: Absolutely! The Ackerman Chassis Smart Robot Car Kit is ideal for team-based learning environments. Students can collaboratively build, program, and troubleshoot the robot, fostering teamwork and communication skills. Team projects can involve design competitions or collaborative problem-solving scenarios, encouraging peer learning and enhancing engagement while they gain hands-on experience in robotics and programming.
  • Question: What components are included in the kit?

    Answer: The kit typically includes an Ackerman chassis, motors, wheels, a Raspberry Pi module, various sensors, and mounting hardware. Additionally, it features an instruction manual and access to online resources for coding and troubleshooting. This comprehensive assortment ensures students have everything they need to successfully construct and program their robot car, making it a robust educational experience.
  • Question: How does AI visual work in the Kit?

    Answer: AI visual in the Ackerman Chassis Smart Robot Car Kit involves integrating cameras and sensors that allow the robot to 'see' its environment. Using image processing techniques, the robot can recognize objects, follow lines, or detect barriers. This capability opens up avenues for projects based on computer vision applications, giving students a practical insight into how AI technologies can be employed in real-world situations, enhancing both learning and innovation.
  • Question: Who is this kit intended for?

    Answer: This kit is specifically designed for teenagers and students interested in engineering, robotics, and programming. It caters to both beginners and those with some prior knowledge, providing a versatile learning platform. By engaging with the kit, students can explore practical applications of theoretical concepts, making it an ideal resource for tech clubs, educational institutions, and personal projects aimed at fostering interest in STEM fields.
  • Question: Where can I buy Ackerman Chassis Smart Robot Car Kit for Raspberry Pi in Bhutan?

    Answer: You can purchase the Ackerman Chassis Smart Robot Car Kit for Raspberry Pi from Ubuy. Ubuy offers a convenient shopping experience with various options for timely delivery and an efficient customer support system, making it easy to buy this educational kit in Bhutan. Whether you are shopping for personal use or educational purposes, Ubuy stands out as a trusted platform for tech enthusiasts.

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Pros

  • Versatile programming options
  • High-quality materials used
  • Supports AI visual processing
  • Great for educational projects
  • User-friendly setup and instructions

Cons

  • Limited online tutorials

Product Price History

Important information

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