STEM Learning 4WD Robot Car Kit | Smart Vehicle Project with Arduino UNO R3 | Bluetooth & Sensor
Specification:-
- Controller Board: Arduino UNO R3
- Motor Driver Module: L298N Dual H-Bridge Motor Driver
- Motors: 4 × DC Gear Motors with Wheels
- Power Supply: 2 × 18650 Lithium-ion Battery Holder (7.4V)
- Chassis: Acrylic/Metal Chassis Plate with Mounting Holes
- Connectivity: USB Type-A To B Cable for Programming
- Comprehensive C/C++ programming capabilities
SKU: RO8479A
STEM Learning 4WD Robot Car Kit | Smart Vehicle Project with Arduino UNO R3 | Bluetooth & Sensor
The Arduino UNO R3 Robot Car Kit with microcontroller chip is an advanced DIY robotics and learning platform designed for students, hobbyists, and electronics enthusiasts. This kit includes high-quality electronic components, such as the UNO R3 development board, motor driver module, sensors, and a durable chassis, enabling users to build and program their own smart robotic car. Equipped with a powerful microcontroller, it ensures reliable performance, while the USB interface provides easy connectivity with computers for coding and uploading programs. The kit can be used for a variety of robotics applications, including line-following, obstacle avoidance, Bluetooth-controlled driving, and autonomous navigation, making it an excellent choice for both learning and experimentation. Ideal for STEM education, it introduces beginners to the fundamentals of electronics, mechanics, and programming in a fun and interactive way. Whether you are working on a school project, college research, or personal DIY robotics experiments, this kit provides a complete hands-on experience. With easy assembly and open-source Arduino support, it is a perfect choice to explore robotics, automation, and the exciting world of IoT applications.
Features:-
- DIY Learning Kit – Perfect for beginners in electronics, robotics & programming.
- STEM Education – Teaches coding, circuit design, and robotics concepts.
- Plug & Play Design – Easy assembly with pre-drilled holes & mounting slots.
- Multiple Control Options – Can be upgraded for Bluetooth, IR remote, or Wi-Fi control.
- Efficient Power Use – Runs on rechargeable 18650 batteries for long usage.
Applications:
- STEM Education & Learning
- DIY Robotics Projects
- Bluetooth / Wi-Fi Controlled Car
- Prototype Development
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