ALLNET 4duino 12V DC -moottoriohjain 4WD-autoon (ALL_OY_2152)

The ALLNET 4duino 12V DC Motor Driver 4WD Car is a comprehensive robotics car kit designed for hobbyists, students, and educators. Based on the popular Arduino platform, this DIY kit provides everything needed to build a 4-wheel drive robot car with advanced motor control and sensor integration.

Advantages

This kit offers a hands-on learning experience in robotics and programming. The L298N dual H-bridge motor driver allows precise control of four DC gear motors, enabling smooth forward, backward, and turning movements. The included ultrasonic sensor and line tracking module add obstacle avoidance and line-following capabilities, making it ideal for educational projects and competitions.

Suitable for

• Hobbyists and makers interested in building a programmable robot car
• Students learning robotics, electronics, and C++ programming
• Educators seeking a versatile platform for STEM education

Key specifications

• Product Type: Robotics Car Kit
• Drive System: 4-Wheel Drive (4WD)
• Motor Driver IC: L298N Dual H-Bridge
• Motor Driver Input Voltage: 5V - 12V DC
• Number of Motor Channels: 4
• Compatible Microcontroller: Arduino UNO R3, Arduino Mega2560 (or similar)
• Chassis Material: Acrylic
• Included Sensors: Ultrasonic Sensor (HC-SR04), 3-way Line Tracking Module
• Included Actuators: 4x DC Gear Motors, 1x SG90 Micro Servo
• Wheel Diameter: 65 mm
• Power Supply (Kit): Battery Box for 6x AA Batteries (9V output)
• Control Method: Digital I/O via Microcontroller
• Wireless Connectivity Support: Bluetooth (via optional HC-06 module, often included)
• Target User: Hobbyists, Students, Educators
• Assembly Required: Yes (DIY Kit)
• Programming Language: C++ (Arduino IDE compatible)
• Motor Reduction Ratio: 1:48
• Motor No-Load Speed: ~120 RPM @ 6V

Recommendations

This kit requires basic soldering and assembly skills. It is recommended for users aged 12 and above. For best results, use with an Arduino UNO R3 and install the necessary libraries. Additional components such as Bluetooth modules can be added for wireless control.