Hobby Components Obstacle Avoidance Robot Kit

This robotic car kit is a complete kit of parts, including electronics, that will allow you to build a working robotic vehicle capable of traversing a flat surface whilst avoiding solid objects. The kit is aimed at both beginners and intermediate users who are looking for a low cost way to experiment with microcontrollers and robotics. Based around Arduino compatible hardware, the kit comes with an Arduino compatible Nano microcontroller which has been pre-programmed with a demo obstacle avoidance program (sketch), so for beginners no programming knowledge is required to use this kit. For intermediate users who have some basic experience with Arduino microcontrollers, the kit includes everything necessary to allow you to modify or write your own sketch using the freely available Arduino Development Environment. To help with writing your own sketches we have also written an Arduino compatible library that adds simple commands for gaining full control of the cars motors and Ultrasonic sensor. The library together with the pre-programmed demo sketch shipped with the kit can be downloaded from our support forum (see link below). 

Construction of the robot car has been made as straight forward as possible and the kit includes a printed step by step construction guide. Chassis parts can be constructed just using a screwdriver and all the electronics are designed to be connected together via a solderless breadboard (however we do recommend securing the included motor wires to the motors with solder).


Please note: This kit requires 4 x AA batteries (not included). We recommend using rechargeable batteries such as the ones available from our shop here:

https://hobbycomponents.com/battery/724 ... aa-1300mah






KIT CONTENTS:

1x Construction manual
1x 2 wheel robot car chassis
1x Battery box
2x Geared DC motors

1x Arduino compatible Nano
1x Ultrasonic module
1x L9110 dual H-Bridge motor driver
1x 400 point breadboard
1x Dupont cable


The Arduino compatible library and demo sketch can be found on our support forum here:

https://hobbycomponents.com/oarc