Educational STEM 4WD Robotic Car for Arduino – DIY Programming Kit

• ✔ Easy assembly and robust construction
• ✔ 4WD drive with 4 powerful TT DC motors
• ✔ Anti-slip tires for excellent traction
• ✔ Chassis made of durable PCB material with a load capacity of 500g
• ✔ Possibility to expand with line tracking and obstacle avoidance functions
• ✔ Perfect platform for learning programming with Arduino
• ✔ Ideal for STEM education for children and adults

Enter the fascinating world of robotics and programming with this comprehensive DIY kit! Introducing a 4WD robotic car, designed specifically for STEM education. This kit provides a great foundation for beginners and advanced enthusiasts who want to delve deeper into the principles of robotics and programming with the Arduino platform.

⚙️ Discover endless possibilities with this robot!

• Simple mechanical structure, designed for easy and quick installation.
• Powerful 4WD drive provided by four TT DC motors for excellent driving characteristics.
• Solid anti-slip tires guarantee stable movement on various surfaces.
• Robust PCB chassis with dimensions of 256x150x2mm, capable of supporting up to 500g of additional load.
• Possibility of implementing advanced functions such as line tracking, obstacle avoidance, distance and speed measurement, and wireless remote control (with compatible devices).

🔬 Explore every detail and advance your skills

This robot car kit is carefully designed to provide maximum flexibility and expandability. With an open architecture and compatibility with the Arduino platform, you can experiment with an endless number of sensors and modules. From basic movement to complex autonomous navigation, this robot is the ideal tool for developing creativity and technical skills.

With a sturdy PCB chassis and powerful motors, the robot can handle any challenge you throw at it. It's the perfect project for school groups, DIY projects, or as a gift for anyone looking to delve into the world of modern robotics and programming.

🤔 Are you looking for a way to immerse yourself in the world of robotics and programming?

Many beginners struggle with overly complex and daunting projects. Do you want a tool that allows you to learn in a playful way without being discouraged by excessive complexity? Do you need a platform that will guide you from the basics to advanced features?

🚀 The STEM 4WD Robot Car Kit is just for you!

Our Arduino-enabled 4WD Robot Car Educational Kit is the ideal solution. It offers easy assembly, intuitive programming and a wide range of expansion options, making it the perfect starting point for anyone looking to get started with robotics, electronics and programming. You'll gain hands-on experience and develop your logical thinking, all in one fun package.

🌟 More than just features, real benefits

• Simple mechanical structure: Quick start without frustration, ideal for beginners in robotics.
• Powerful 4WD and non-slip tires: Ensures smooth movement even on uneven surfaces and opens the door to more complex projects.
• Robust PCB platform with 500g load capacity: Allows you to add additional modules and sensors for advanced experiments and maximum stability.
• Extensible features (line following, obstacle avoidance): Allows experimentation with advanced algorithms and paves the way for autonomous systems.
• Ideal for DIY and STEM education: Develops logical thinking, creativity and technical skills for everyone.

🎯 Who is it the ideal choice for?

• For children and young people interested in technology, programming and robotics who want to develop their STEM skills.
• For adult DIYers and hobby enthusiasts looking for a fun and educational DIY project with the Arduino platform.
• For schools, clubs and educational institutions looking for an interactive tool for teaching robotics and programming.

❓ Do you have concerns? We will answer them

• Concern: Is the assembly too complicated for beginners? -> Answer: The kit is designed with a simple mechanical structure, ensuring quick and easy assembly even for complete beginners in robotics.
• Concern: Will the robot be powerful and stable enough? -> Answer: With four powerful TT DC motors and anti-slip tires, the robot offers robust propulsion and stability for a variety of experiments and surfaces.
• Concern: Can I develop my programming skills with this kit? -> Answer: This kit is an ideal platform for learning programming with the Arduino platform, allowing the implementation of functions such as line following, obstacle avoidance and many more.

📊 Technical specifications

Parameter	Value
Chassis material	PCB
Chassis dimensions	256 x 150 x 2 mm
Drive	4WD
Engines	4x TT DC Gear Motor
Maximum load capacity	500g
Compatibility	Arduino
Package contents
PCB chassis	1x
Motor wiring	Yes
Set of screws and nuts	Yes

❓ Frequently Asked Questions (FAQ)

Who is this set for?

This kit is ideal for children, youth, and adults interested in STEM education, robotics, electronics, and programming with Arduino. It is suitable for beginners and advanced users.

What does the kit include for assembly?

The kit includes 1x PCB chassis, motor wiring and a set of screws and nuts. Everything needed for basic mechanical assembly of a robotic car.

What are the main functions of this robotic car?

The robot supports functions such as line following, obstacle avoidance, distance and speed measurement, and wireless remote control. These functions are possible with additional modules and proper programming.

Is the assembly difficult for beginners?

No, the kit is designed with a simple mechanical structure for easy and quick assembly, making it accessible even to complete beginners in robotics.

What platform is the robot compatible with for programming?

The robot is fully compatible with the Arduino platform, allowing you to take advantage of the extensive community and the many available tutorials for programming and expansion.

What are the dimensions and load capacity of the chassis?

The chassis has dimensions of 256 x 150 x 2 mm and a maximum load capacity of 500g, which allows you to add additional sensors and modules for your projects.

Can the robot be controlled wirelessly?

Yes, with the addition of compatible modules and proper programming, the robotic car can be controlled wirelessly, opening up further possibilities for interaction.

What skills will I develop with this set?

With this set, you will develop skills in the areas of mechanics, electronics, programming (Arduino), logical thinking, problem solving, and project management.