This kit is designed for beginners to learn Arduino programming and gain practical experience with the construction and assembly of robots. We have developed a step-by-step tutorial that evolves from a simple car without control to a multifunctional robot car controlled by a mobile app. Each lesson contains a detailed sample code with comments, wiring diagrams, assembly instructions and video. Even if you have no programming experience, you can follow the step-by-step instructions and gradually become master. Our robot car is 100% open source. If you are an advanced player and have time to read our code comments, you can easily customise this robot car to create your own project for science fairs, college homework or even commercial applications.
The line tracking modules at the bottom of the vehicle ensure they follow the runway you have designed with their infrared transmitter tube and an infrared receiver tube. Draw your own route with your partner, let the car follow the track and drive together whose robot car reaches the finish line first.
The infrared remote control receiver and control allows the car to move as desired, which greatly improves the playability of the car.
You can use the app to imitate driving in the real world via your iOS or Android device with your children, family or friends. The app offers a virtual steering wheel and equipment that allows you to imitate driving in the real world.
Thanks to the ultrasonic module, the car does not touch the front object, but always keep distance, follow the object to move. This function can also help children develop and interest in thinking ways.
In this mode, the OSOYOO robot car automatically detects obstacles in front of itself, no matter what direction it comes from with the ultrasonic sensors by sending waves and calculating the distance. Keep your car away from collisions and enjoy the fun.
Control the external input voltage to control the car and turn off to upload the program. Avoid possible errors. Press the switch to turn on the power supply. Press again to turn off the power supply.
The original expansion card has many pins on the card and requires a motor driver module to fulfil the functions of the vehicle. Our newly designed expansion card has integrated the pins of the sensors, making wiring very convenient and easy and makes almost no mistakes when installing sensors.
The OSOYOO motor shield is based on the L293DD motor driver chip
The OSOYOO Motor Shield is based on the L292DD chip that delivers an output current of up to 1.2A per channel. It requires a 6V to 15V power supply to power the motor, and also includes a built-in 5V voltage regulator to power the driver chip.
This tracking sensor has built-in 5 infrared probes and corresponds to 5 individual tracking sensors, which allows the car to track the line more smoothly.
This 9V 650mAh Li-ion battery with 2-in-1 micro USB charging cable, no conventional charger required, with charging indicator and micro USB charging cable.
You will learn how to bring your OSOYOO robot car from a simple setup with basic movements to a multifunctional robot car controlled by a mobile application.
GIVE YOUR CHILD A GREAT EDUCATION - STEM knowledge will last a lifetime, and when more jobs are automated, this knowledge will only be more valuable.
Practical learning: Create and create your robot car using the included wiring diagrams. Learn how to assemble electronics, build and program robots, and collect first-hand experience in the future of automation. OSOYOO's Arduino-controlled Model 3 Robotic Smart Car Starter Kit is the perfect gift for anyone who wants to learn valuable STEM skills. Whether you are entering the robotics. or your children can choose the steOur Arduino-controlled robot smart car starter kit is the perfect combination of learning while playing
