Parts needed: Steam Deck 4x M5 Short Screws and Nuts Picade Max Controller Board Pimoroni Joystick 12x Pimoroni Arcade Buttons Pimoroni Wiring Loom V2 USB-C to USB-C cable (Optional USB-C Hub for charging and peripherals)
1. Print the parts using the provided file. 2. Combine the two base parts using the hexagonal pegs to align with superglue. 3. Combine the the cover parts using the hexagonal pegs to align with superglue. 4. Mount the joystick to it’s printed part using the 4x M5 screws and nuts. 5. Add the arcade buttons to the holes in the printed part. 6. Combine the joystick and buttons parts using superglue, aligning with the hexagonal pegs. 7. Glue together the combined base and dock to the left side panel using glue and align using the pegs. 8. Align your arcade buttons/joystick part and cover part into the circular holes DO NOT GLUE. 9. Align the other side to the right panel and glue near the areas with hexagonal pegs DO NOT GLUE NEAR CIRCULAR PEGS. 10. Wait for it to dry. 11. Slot your Picade MAX controller board into the cut out in the base and plug the USB-C cable into your Steam Deck. Then use the wiring loom to test inputs in your controller settings on your Steam Deck. 12. Sit back and enjoy some arcade goodness!
Parts needed: Steam Deck 4x M5 Short Screws and Nuts Picade Max Controller Board Pimoroni Joystick 12x Pimoroni Arcade Buttons Pimoroni Wiring Loom V2 USB-C to USB-C cable (Optional USB-C Hub for charging and peripherals)
1. Print the parts using the provided file. 2. Combine the two base parts using the hexagonal pegs to align with superglue. 3. Combine the the cover parts using the hexagonal pegs to align with superglue. 4. Mount the joystick to it’s printed part using the 4x M5 screws and nuts. 5. Add the arcade buttons to the holes in the printed part. 6. Combine the joystick and buttons parts using superglue, aligning with the hexagonal pegs. 7. Glue together the combined base and dock to the left side panel using glue and align using the pegs. 8. Align your arcade buttons/joystick part and cover part into the circular holes DO NOT GLUE. 9. Align the other side to the right panel and glue near the areas with hexagonal pegs DO NOT GLUE NEAR CIRCULAR PEGS. 10. Wait for it to dry. 11. Slot your Picade MAX controller board into the cut out in the base and plug the USB-C cable into your Steam Deck. Then use the wiring loom to test inputs in your controller settings on your Steam Deck. 12. Sit back and enjoy some arcade goodness!Turning e-waste into a game console | BC-250 Steam MachineTom Paterson2026-08-30 | My take on a bc-250 Steam Machine.
If you feel generous enough to help fund my next video then you can do so here: ko-fi.com/tompatty
My overall costs for this were around ~£300, I had a lot of the parts spare the only thing I actual purchased was the board itself and the power supply.
I had some audio quality issues as well as my losing a fair bit of footage so salvaging what I can for this video. Should be fixed in my next upload.
Thanks for watching and as always any support, critique or engagement is appreciated.I turned an old gaming laptop into a tabletTom Paterson2026-03-16 | How I turned a slightly broken gaming laptop into a gaming tablet with no skills or talent.I 3D Printed a Steam MachineTom Paterson2026-01-28 | How I made my own Steam Machine using a Steam Deck motherboard and a 3D printer.
Parts needed: 22" Monitor (I used Samsung LS22R350FHUXEN) Picade Max USB Controller Picade Max USB Audio Picade Max Encoder (Volume Control) Pimoroni Arcade Buttons x22 Pimoroni Joystick x2 Picade Wiring Loom v2 x 2 Pimoroni 3" Speaker 4Ω (5W) USB-C Hub (At least 3 USB ports) I use "SABRENT M.2 NVMe Enclosure, USB Hub" 2x USB-C to USB (or USB-C depending on what hub you use) cables A set of M6 screws and nuts of various lengths (for the cabinet assembly) A set of M5 screws and nuts of various lengths (for the joysticks and speakers) A set of M4 screws and nuts (for the audio control board) M6 wooden dowels (may need to be shaped down with a knife to fit snug) Super glue