Robotic Kit with Arduino Uno and Sensors

The Robotic Kit with Arduino Uno and Sensors is an all-in-one package designed for those interested in robotics, automation, and sensor-based projects. Whether you are a beginner in electronics or an experienced hobbyist, this kit offers the necessary components to build and program various robotics applications.

The Kit Includes the Following Components :

1. 4 Wheel Robot Car Chassis DIY Kit (Red)     – 1 Kit
2. Arduino Uno Dip R3       – 1 Pc
3. Motor Driver Shield L293D     – 1 Pc
4. Ultrasonic Sensor Module    – 1 Pc
5. Servo Motor SG90    – 1 Pc
6. Bluetooth Module HC05     –  1 Pc
7. Arduino Uno Cable      – 1 Pc
8. Battery Set (11.1V 2200mAh with Holder)     – 1 Set
9. Set of Jumper Wires – (20 Each)     –  1 Set
10. Breadboard 400 Points Medium      –   1 Pc
11. 18650 Li-ion Battery Charger – 2 Cell      –    1 Pc
12. IR Sensor Module     –   2 Pcs

Key Components:

1. Motor Driver Shield L293D:
   • The L293D is a motor driver module that allows you to control DC motors and stepper motors. It can drive up to two motors simultaneously, enabling forward, reverse, and stop control. This is essential for building a mobile robot or any project requiring motor control.
2. Ultrasonic Sensor Module:
   • The ultrasonic sensor is used for distance measurement. It works by emitting ultrasonic waves and calculating the time it takes for the waves to bounce back from an obstacle. This sensor is crucial in obstacle detection and avoidance, making it ideal for autonomous navigation in robotic vehicles.
3. Servo Motor SG90:
   • A 9g servo motor is included for precise movement. It is commonly used in robotic arms and steering mechanisms. The motor can rotate to a specific angle, making it perfect for tasks requiring controlled movement, such as picking up objects or turning wheels.
4. Bluetooth Module HC05:
   • The HC05 Bluetooth module allows wireless communication between your robot and a smartphone or PC. This enables remote control of the robot, data transfer, and programming adjustments without direct physical connections.
5. Arduino Uno Cable:
   • This cable is used to connect the Arduino Uno board to a computer for programming and power. The Arduino Uno is the central microcontroller of the kit, capable of executing a wide variety of tasks through the sensors and motors connected to it.
6. Battery Set (11.1V 2200mAh with Holder):
   • A powerful 11.1V 2200mAh battery with a holder provides sufficient energy to power the entire robotic system. The high-capacity battery ensures long operational hours for your robot, making it suitable for extended projects.
7. Set of Jumper Wires – 20 Each (Male/Female):
   • Jumper wires are essential for making connections between components on the breadboard or to the Arduino. This kit includes 20 male-to-female, male-to-male, and female-to-female wires for versatile wiring needs.
8. Breadboard (400 Points Medium):
   • The breadboard offers a non-permanent way to prototype circuits. It allows users to experiment with connections without soldering, making it easy to assemble and reassemble circuits.
9. 18650 Li-ion Battery Charger – 2 Cell:
   • The charger is designed to recharge two 18650 Li-ion batteries, ensuring that your robot always has a reliable power source. It is efficient and easy to use, extending the life of your batteries.
10. IR Sensor Module:

• The IR sensor module can detect obstacles, line tracking, and measure infrared light. It’s often used in robotic applications for navigation, object detection, and in projects where infrared-based communication is required.

Applications:

With this robotic kit, you can explore a variety of projects, including:

• Obstacle-avoiding robots using the ultrasonic and IR sensors for autonomous movement.
• Bluetooth-controlled robots, allowing for remote control through a smartphone.
• Robotic arms using the servo motor for precise movement.

Conclusion:

The Robotic Kit with Arduino Uno and Sensors is an excellent toolkit for anyone interested in exploring robotics and automation. With its versatile components and sensors, this kit offers endless opportunities for creative, educational, and practical projects in the field of robotics.