Obstacle Avoider Robotics Kit

Description

This Obstacle Avoider Robotics Kit is perfect for beginners and hobbyists looking to explore the exciting world of robotics and Arduino programming. Build your own smart robot that can detect and avoid obstacles with precision! With an upgraded selection of components, this kit provides everything you need for a smooth and educational assembly experience.

Included Components:
1 × Arduino Nano R3*: A compact yet powerful microcontroller board for controlling your robot.
1 × L298N Motor Driver Module*: A reliable motor driver for efficiently powering and controlling DC motors.
1 × 4WD Smart Robot Car Chassis Kit*: High-quality chassis with four wheels for enhanced stability and mobility.
1 × TowerPro SG90 180° Servo Motor*: For precise angular movement of sensors or robotic mechanisms.
1 × HC-SR04 Ultrasonic Sensor*: Detect obstacles and measure distance accurately.
1 × Ultrasonic Distance Sensor Mounting Bracket*: Securely mount your ultrasonic sensor for optimal performance.
1 × 2-Cell Battery Holder*: Holds two rechargeable AA batteries for powering the robot.
2 × Rechargeable AA Batteries*: Long-lasting power supply for your robot.
10 × 20cm Pin-to-Hole Dupont Jumper Wires (Male to Female)*: Flexible wiring for easy connections.
10 × 20cm Pin-to-Pin Dupont Jumper Wires (Male to Male)*: Essential for connecting components seamlessly.

Features:
Easy-to-assemble components for a DIY robotic experience.
Compatible with Arduino IDE for programming and customization.
Robust and durable 4WD chassis for smooth navigation.
Efficient motor control with the L298N Motor Driver Module.
Precise obstacle detection using the HC-SR04 Ultrasonic Sensor.
Rechargeable battery system for eco-friendly operation.

Applications:
Learning Arduino programming.
Building obstacle-avoiding robots.
Experimenting with robotics projects.
Gaining hands-on experience with sensors and motor drivers.

Start your robotics journey today with this complete kit and build your very own obstacle-avoiding robot!

Note:Detailed assembly instructions and sample code are provided to help you get started.