As mentioned in a previous post, I’m interested in using a PS3 controller as the remote for future projects/robots. Having received all of the required hardware, I decided to make this video explaining the process of setting up the PS3 controller and Arduino for communication via Bluetooth. See below the video for details. UPDATE: The latest USB host library does not print out any debug information, so you won’t see any of the information that is printed out below “Bluetooth Library Started.” You should still be able to connect your PS3 controller and see it’s data output in the terminal.
Hardware (besides an Arduino):
A Sony-made, PS3 controller (Dualshock 3 or Sixaxis (I was unable to find a strictly Sixaxis controller)).
A Bluetooth dongle: UPDATE: Go here for the list of dongles confirmed working by the developers. The wiki page for using a PS3 controller will have a list of compatible dongles (although note that in the video I mention that one of the “supported” dongles doesn’t in fact work). Here are the two I have: The black one (working) and the green one (not working, although listed as compatible). These are also confirmed working (by the developers): Kingston and Zoom.
This dongle has also been confirmed working: http://www.amazon.com/gp/product/B007Q45EF4/ref=oh_aui_detailpage_o08_s00?ie=UTF8&psc=1
The Software (besides the Arduino IDE):
UPDATE: Some people have had trouble with the newer versions of the USB host shield library. The new library does not print out the debug information you see in my video and the sketch will become too large to upload to an UNO if you turn the debugging on. If you would like to use the exact same version I use in my video (and am still using), you can get it here. You can get the latest version of the USB host shield library below.
Install the library as you would any other (if you haven’t done this before see this page), and open the “PS3BT” example as I show in the video (File –> Examples –> (Whatever you named the library) –> Bluetooth –> PS3BT). Remember that the Arduino doesn’t allow for dots (.) or dashes (-) in the library folder name, so when you download the library (which for some reason does have dots and dashes in its folder name) you will have to rename for the Arduino IDE to recognize it.
If there is something I forgot to include here, or if you have a question about something in the video, please ask.