Wminput – This package is an essential part of this tutorial, it acts as an event/joystick/mouse driver for the Wiimote, allowing the operating system to understand it as one of its controller devices. Now that we have updated our Raspberry Pi lets go ahead and install some of the packages that we will need for this tutorial. Now before we start on our first method of utilizing a Wiimote with the Raspberry Pi, we must first ensure that everything is entirely up to date.ĭo this by running the following commands on the Raspberry Pi. In this section we will be preparing your Raspberry Pi by installing all the packages we need to connect to a Wiimote.ġ. We use these as they are widely accepted as the straightforward solution and is used by popular projects such as Retropie. To circumvent this, we can utilize two different pieces of software. While Wiimote controllers use Bluetooth most of their functionality is not picked up correctly under standard interfaces. Sadly like most wireless controllers, Wiimotes do not work correctly with the Raspberry Pi straight out of the box. Equipment Listīelow are all the bits and pieces that I made use of for this Raspberry Pi Wiimote controllers tutorial. One acts as a library that interprets the Wiimotes actions into joystick actions, the other being somewhat of a driver that creates an input device that applications can utilize easily. Instead to support the full functionality of Wiimote controllers in a way that most applications can support we must utilize two pieces of software. 
While they run over standard Bluetooth, their actual functionality is not picked up as a conventional joystick device like Xbox controllers and PlayStation controllers. Utilizing Wiimote controllers on the Raspberry Pi can be painful to deal with due to its handling of the Bluetooth stack.
In this Raspberry Pi Wiimote controllers guide, we will walk you through the process of setting up a Wiimote on your Raspberry Pi and show you how to setup both cwiid and wminput.
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