All you Xbox wannabe pilots out there must be thrilled with Microsoft’s Flight Simulator, now that it is finally available for consoles, too. But if you want to really feel like you own that virtual aircraft, you might want to take a look at this guy’s invention: a flexible, 3D-printed joystick that makes a realistic flight stick out of your Xbox controller.
If you’ve felt a bit disappointed when flying your 737 using your Xbox controller but you don’t want to spend a ton of money on a wireless flight stick either, then this hack might just be your solution. The idea belongs to Akaki Kuumeri, who came up with a new joystick design that supports all the face and shoulder buttons on the new Xbox Series S/X controller, as explained in his YouTube video.
What makes his joystick special is the fact that it is 3D-printed and made entirely of plastic, with no screws or metal parts whatsoever. Akaki used thin sheets of printed plastic for the hinges, making them very flexible. These “flexures” as they are also called, act as springs, structures, and hinges at the same.
While the device doesn’t have the most premium look and seems, oh well, a bit “plasticky” at first glance, the flexibility of these hinges offers a great, realistic feel when you’re controlling the joystick, just like with the ones you find on the market.
How does Akaki’s joystick work? You attach it to your Xbox controller, with the motions in the flight stick being transmitted to your controller. Buttons on the flight stick have plastic linkages that push the buttons on the controller, which gives you all the inputs you would normally have on a real one.
There are no plans to commercialize these 3D-printed joysticks according to their creator, but Akaki says that if interest is expressed, he’s willing to make some more videos explaining how to design such mechanisms. He also considers making a few more designs for different controllers in the future.
What makes his joystick special is the fact that it is 3D-printed and made entirely of plastic, with no screws or metal parts whatsoever. Akaki used thin sheets of printed plastic for the hinges, making them very flexible. These “flexures” as they are also called, act as springs, structures, and hinges at the same.
While the device doesn’t have the most premium look and seems, oh well, a bit “plasticky” at first glance, the flexibility of these hinges offers a great, realistic feel when you’re controlling the joystick, just like with the ones you find on the market.
How does Akaki’s joystick work? You attach it to your Xbox controller, with the motions in the flight stick being transmitted to your controller. Buttons on the flight stick have plastic linkages that push the buttons on the controller, which gives you all the inputs you would normally have on a real one.
There are no plans to commercialize these 3D-printed joysticks according to their creator, but Akaki says that if interest is expressed, he’s willing to make some more videos explaining how to design such mechanisms. He also considers making a few more designs for different controllers in the future.