Xbox Controller Gets Snap On Joystick From Clever 3D-Printed Design

Ball and socket linkages make for smooth operation.

People making DIY controls to enhance flight simulators is a vibrant niche of engineering and hackery, and it sure looks like Microsoft Flight Simulator is doing its part to keep the scene lively. [Akaki Kuumeri]’s latest project turns an Xbox One gamepad into a throttle-and-stick combo that consists entirely of 3D printed parts that snap together without a screw in sight. Bummed out by sold-out joysticks, or just curious? The slick-looking HOTAS (hands on throttle and stick) assembly is only a 3D printer and an afternoon away. There’s even a provision to add elastic to increase spring tension if desired.

The design looks great, and the linkages in particular look very well thought-out. Ball and socket joints smoothly transfer motion from one joystick to the other, and [Akaki] says the linkages accurately transmit motion with very little slop.

There is a video to go with the design (YouTube link, embedded below) and it may seem like it’s wrapping up near the 9 minute mark, but do not stop watching because that’s when [Akaki] begins to go into hacker-salient details about of how he designed the device and what kinds of issues he ran into while doing so. For example, he says Fusion 360 doesn’t simulate ball and socket joints well, so he had to resort to printing a bunch of prototypes to iterate until he found the right ones. Also, the cradle that holds the Xbox controller was far more difficult to design than expected, because while Valve might provide accurate CAD models of their controllers, there was no such resource for the Xbox ones. You can watch the whole video, embedded below.

The last time we saw [Akaki]’s work it was a 3D-printed flight simulator joystick that uses Hall effect sensors and magnets, but it’s a delight to see such an accessible approach that doesn’t use a single screw or wire.

[via reddit]

7 thoughts on “Xbox Controller Gets Snap On Joystick From Clever 3D-Printed Design

      1. really depends on what you are after – a working half decent HOTAS is always pretty pricey. But broken or really old imprecise joystick versions are often kicking around for not much or even free. So if you are going to gut the old busted one and put a controller in it the real cost is your now dismantled controller, and any extra electronics you put in.

        The real gain of this method is one controller gives you a HOTAS without ceasing to be a normal controller as well.

  1. I was thinking of doing a similar thing for the switch’s annoying little controllers – bigger and more ergonomic.. Never got round to it though, it just never got close to top of the priorities list. Nice to see something working so smoothly though, might just have pushed the switch up my project list as seeing it done so neatly just makes you want to have a go yourself.

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