Then we use balenaEtcher to write the image to the SD card To do this, we flash a modified Raspberry Pi OS version with Ezblock onto the SD card. Detects the charge status of the batteriesĪll modules are connected to a specially developed Raspberry Pi HAT, which is why the cabling is very simple.Īfter we have completely set up the robot, we take care of the software.Official Raspberry Pi camera module, which can be rotated in all directions.Ultrasonic distance sensor, type HC-SR04.two front tires that are steered by means of a servo motor.Controllable via web interface (smartphone, tablet, etc.).The following features are included in the PiCar-X: Don’t be surprised if there are some screws left over. Overall, however, the construction is not difficult and is fun. However, some screws are very small, which is why a helping hand from an adult is also useful. Children could need a little longer here.
CAR OS FOR RASPBERRY PI MANUAL
A printed manual is included with the kit, but the assembly goes much faster if you follow this video:įor me, the entire construction took about an hour. Setup – Instructions for Assembly and Start So the I2C bus is available, as well as the unused GPIOs. Of course, you can also implement other ideas, as the board allows extensions. Xbox controller (or similar) for remote control.Solar panel (5V voltage or more, I recommend at least 4-5 watts).Other hardware parts that can be used are the following: 2x 3.7V battery (type 18650), with charger, if necessary.PiCar-X Robot Kit (alternatively directly from China).You need the following parts to be able to use the PiCar-X:
The robot set already has almost everything, but not everything. Required Hardware Parts for the Robot Car This Raspberry Pi robot kit with 4 wheels is particularly suitable for beginners, as it does not require as much programming knowledge as our completely self-made robot. The PiCar-X Kit offers all these functions (and a little more) and can also be expanded manually. Or we can just control a robot manually, like a remote-controlled car. For example, a robot can automatically follow lines, recognize and follow faces, measure distances and thereby drive autonomously. Robots are a very popular entry-level project for the Raspberry Pi because you can learn a lot with them, have fun and add a lot of additional hardware.
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