My Cart:

0 item(s) - £0.00
You have no items in your shopping cart.

Collision Detection Buggy Tutorial - Kitronik Univeristy

3D Printing - Kitronik University

This Kitronik University resource is part of the BBC micro:bit partnership and will be an in depth tutorial into building a collision detection buggy using the BBC micro:bit and the expansion connector. We are currently working on this project, it will be available by the 7th September. In the meantime enjoy this sneak preview!

kitronik_microbit_logo_870

This project is currently at the prototype stage. We've got some early pictures to give you an idea of what it might look like.

Students will build a collision detection buggy which utilises the built in accelerometer in the BBC micro:bit and the expansion connector.

The buggy consists of two motors and wheels connected to a motor driver board, which in turn connects to the BBC microbit via an expansion connector. It is powered by 4 AA batteries, which are housed in a battery holder. Everything is then mounted on a purpose designed laser cut acrylic chassis.

bbc_microbit_buggy_560

Prototype of the collision detection buggy.

The buggy works by detecting a sudden deceleration which occurs when the buggy collides with an object, and then causes the buggy to reverse slightly, turn and then move off again.

The laser cutting files will be made available to download, as well as the design files for the PCB for anyone wishing to make their own.

Check back regularly for complete step by step instructions.

Same Day Dispatch
← Previous Post Next Post →

2 thoughts on “Collision Detection Buggy Tutorial - Kitronik Univeristy”

  • Tim Brotherhood July 12, 2015 at 4:38 pm

    We talked at the D&T summer school and I found what you are doing very interesting!
    Just a though, what if the buggy reaches a step down? Feedback from the accelerometers will be too late to avoid a tumble! ;-)

    Keep up the great work. :)

    Reply
    • Rob Haywood July 13, 2015 at 10:09 am

      Hi Tim,

      Ha, yes it would take a tumble!

      Rob

      Reply
Leave a Reply