Yes, you can make VR pinball feel substantially more physical with a compact PinSim-style cabinet. Real flipper buttons, a cabinet-mounted accelerometer, a joystick, optional rumble motors, and an optional mechanical plunger replace hand-controller inputs with a pinball-like control surface.
However, this is not a complete force-feedback pinball machine. The original 2016 project mainly provides physical controls, motion-based nudging, and modest cabinet vibration. The headset and game still supply the virtual table, graphics, sound, and simulated ball physics.
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What the PinSim project actually adds
The original Make: PinSim project, published in 2016, is the front portion of a pinball cabinet built as a compact VR controller. It uses a Teensy LC microcontroller connected over USB and turns familiar pinball controls into gamepad-style inputs.
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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware match| Feature | What it contributes | Feedback type |
|---|---|---|
| Flipper buttons | Real button travel, resistance, and consistent hand position | Physical input |
| Cabinet and lockdown bar | A stable physical reference while the table is viewed in VR | Contact and positional reference |
| Accelerometer | Physical cabinet movement becomes a virtual nudge | Motion input |
| Rumble motors | Vibration through the cabinet | Vibrotactile feedback |
| Mechanical plunger | Pull-and-release launch action | Mechanical input |
| VR headset | Virtual table, lighting, viewpoint, and sound | Visual and audio immersion |
That distinction matters. “Real haptic feedback” here means physical controls and optional vibration, not localized solenoid impacts for every bumper, sling, flipper, and ball collision. A full virtual-pinball cabinet with contactors, exciters, amplifiers, multiple displays, and telemetry is a much larger project.
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- This volume controller WILL work on all Stern SPIKE, SPIKE 2 & SPIKE 3 machines, both exported & USA domestic
How the original controller is designed
The cabinet is roughly the front eight inches of a real pinball table, scaled into a compact control surface. The original build was first made from foamcore and later rebuilt in wood. The project drawings show exterior dimensions, so material thickness must be considered when transferring the plans to plywood or another material.
The original instructions include a 14-degree cut on the front edge of the top panel. They also cover holes for the flipper buttons, joystick, legs, bolts, brackets, and levelers. Finish or paint the cabinet before final assembly if access will become difficult afterward.
Core parts
- Teensy LC with pins and a micro-USB cable
- Two arcade-style flipper buttons
- Small arcade joystick
- Accelerometer
- Start and launch-ball buttons
- Breadboard or the project’s custom PCB
- Screw terminals, headers, hookup wire, and mounting hardware
- Foamcore or plywood for the cabinet
- Pinball legs, bolts, brackets, and levelers
Optional parts include illuminated buttons, two Xbox rumble motors, 2N222 transistor drivers, printed motor mounts, and a real pinball shooter assembly with an infrared distance sensor.
The original article estimated the project at $0–$50, but that was a 2016 controller-only estimate. It does not represent a dependable 2026 total. Current component prices, shipping, tools, cabinet finishing, replacement parts, a VR headset, a VR-capable PC, and game software can make the complete system considerably more expensive.
Build procedure
1. Construct the cabinet
Cut the panels using the project’s drawings, accounting for the thickness of your chosen material. Drill the button, joystick, leg, and leg-hardware holes. The project recommends drilling corner leg-bolt holes from the inside outward. Make sure the finished cabinet is stable enough to withstand nudging without sliding or tipping.
Rank #2
- This volume controller WILL work on all Stern SPIKE, SPIKE 2 & SPIKE 3 machines, both exported & USA domestic.
- Installation is simple and no permanent modifications to your game are required. Complete instructions are included.
- This volume controller does NOT work for Chicago Gaming Company games.
2. Wire the controls
The original design reads grounded input pins for the buttons, joystick, and other controls. Wire the flippers, start button, launch button, joystick, and accelerometer according to the project diagram. Mount the electronics under the top panel using either a breadboard or PCB.
Place the accelerometer horizontally, near the centerline and toward the front. This makes nudge readings more consistent than mounting it at an arbitrary angle or near a vibrating motor.
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The original guide points builders to compiled firmware and associated libraries. It says the Arduino IDE is unnecessary unless you intend to edit the code; Teensy Loader is used to flash the board.
Before opening VR, connect the controller by USB and test it in Windows’ USB Game Controllers control panel. Confirm every button and analog axis there first. A device recognized by Windows is not automatically recognized by a particular VR game.
4. Add the optional rumble system
The original project uses two Xbox rumble motors and identifies Teensy pins 20 and 22 for them. Drive each motor through a transistor such as the specified 2N222 rather than connecting a motor directly to a microcontroller GPIO pin.
Use appropriate protection components, verify transistor orientation, keep current within the USB power budget, and provide a properly regulated external supply if the motors require more power. Strain-relieve the USB cable and insulate exposed solder joints.
5. Add the physical plunger only if you need it
The optional shooter uses a real pinball plunger, a 3D-printed disk attached to the shooter shaft, and a Sharp infrared distance sensor. The sensor measures shaft travel and converts it into an analog launch value.
This is an appealing authenticity upgrade, but it is not essential for ordinary flipper play. The original author described it as difficult work for relatively little gameplay benefit. It matters most to players who care about skill shots and launch control.
Software and compatibility
The most important practical issue is the input protocol, not the cabinet woodworking. The original controller was designed around the then-current Pinball FX2 VR ecosystem. The author encountered a mismatch because the Teensy did not natively provide the XInput behavior expected by the game, leading to an older compatibility path involving x360ce and later the MSF-XINPUT library.
Those instructions are historically useful, but they should not be treated as a guaranteed modern setup. Current games may use different input APIs, reject generic XInput devices, expect headset-native controllers, or handle force feedback differently.
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- Customizable Colors:Choose from blue, white, yellow, red, or green to match your arcade game theme.
- Versatile Size Options: Available in 30mm and 24mm sizes, catering to various DIY arcade machine designs and user preferences.
- Durable Construction:Crafted for longevity, these push buttons withstand the rigors of frequent use in coin-operated games.
- Versatile Compatibility:Compatible with a range of coin pusher games, enhancing your gaming setup.
- Easy Installation:Featuring a 2.8mm microswitch interface, these buttons are designed for a hassle-free installation process.
| Software path | What to expect |
|---|---|
| Original Pinball FX2 VR workflow | Historically documented for a Windows PC, SteamVR, the Teensy design, and an XInput workaround. Version-dependent today. |
| Pinball FX Classic VR on Steam | The Steam listing showed $14.99 when checked on August 18, 2026, with three included tables and SteamVR support. Its listed Windows 7-era requirements should be treated as legacy requirements, not a modern compatibility guarantee. |
| Current Pinball FX ecosystem | Zen Studios’ Pinball FX site covers current platforms and cabinet-building resources, but compatibility with this exact DIY controller must be checked per game. |
| Standalone Quest VR | Do not assume a USB Teensy controller can connect directly to a standalone headset or that a PC-oriented mapping utility will work there. Verify the game’s official input support for your headset and connection method. |
| Visual Pinball or Future Pinball | Potentially flexible advanced routes on Windows, but emulator configuration, table software, input mapping, and feedback support are separate tasks. |
Use this order when setting up the software:
- Confirm the controller appears in Windows.
- Test buttons and analog axes in USB Game Controllers.
- Determine whether the game requires XInput, generic HID, or another input method.
- Use a translation layer only if the game and device combination requires it.
- Map the flippers, start, launch, menu controls, and nudge axis inside the game.
- Test the controller outside VR before troubleshooting headset tracking or table alignment.
Calibration and common problems
The game does not detect the controller
First check Windows detection and the USB Game Controllers panel. Then confirm that the game supports external gamepads and that the device is player one. Disable or reconfigure conflicting controllers and translation layers. Recognition by Windows alone does not prove that the VR title accepts the device.
Buttons work but nudging does not
Check the accelerometer’s orientation, resting calibration, analog-axis assignment, dead zone, and sensitivity. Some games map nudge to an analog axis, others to digital buttons, and some may rely on headset motion instead. If the controller firmware does not expose the accelerometer in the format the game expects, the axis will not work regardless of cabinet wiring.
Rumble does not work
Check motor wiring, transistor orientation, common ground, power capacity, and polarity. Also verify that the game sends force-feedback events and that the selected controller protocol carries them. A controller can operate correctly as an input device while producing no vibration.
The plunger launches inconsistently
Inspect sensor alignment, the printed disk, mechanical binding, sensor range, ambient-light interference, and analog scaling. Calibrate the launch range in software if possible. The infrared approach is sensitive to both mechanical alignment and how the game interprets analog launch input.
The physical and virtual tables do not align
Reposition the cabinet and recalibrate the VR play space or the game’s cabinet position where supported. A compact cabinet feels much more convincing when its flippers, launch point, and lockdown bar correspond to the virtual table. With fixed-position standalone VR scenes, you may need to change the cabinet height or player position rather than relying entirely on software.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.DIY versus buying a finished PinSim
A finished controller changes the decision because the commercial product removes much of the cabinet fabrication, wiring, mechanical-plunger, and firmware work.
| Factor | DIY PinSim-style build | Finished PinSim |
|---|---|---|
| Controller cost | Parts vary; the original $0–$50 estimate is historical and incomplete | Listed from $760 when checked on August 18, 2026 |
| Labor | Cabinet work, wiring, firmware, mapping, and troubleshooting | Low compared with building from parts |
| Customization | High: layout, artwork, dimensions, and feedback hardware | Limited to available configuration options |
| Plunger | Optional and technically demanding | Mechanical plunger listed as included |
| Compatibility risk | High unless the game and controller protocol are tested together | Lower, but still verify current game and headset support |
The PinSim official product page lists a mechanical plunger, nudge and tilt controls, programmable flipper, MagnaSave, Start, Coin, Center, and Launch buttons, plus a lockdown bar with a fire button. It claims support for Meta Quest 2, Quest 3, Quest Pro, Quest 3S, Valve Index, Vive XR, Visual Pinball, Pinball FX, Zaccaria, and other emulators. These are vendor claims, not independent compatibility testing. The listed minimum computer requirements include an Intel i5 or Ryzen 5, NVIDIA 2000-series graphics, 16GB RAM, 512GB storage, and USB 3.0.
At roughly $760 before considering the headset, computer, software, shipping, taxes, and upgrades, the finished controller is best for someone who wants to play rather than debug. The DIY route is better when the construction project, customization, and electronics work are part of the appeal.
What provides stronger haptics?
If cabinet vibration is not enough, an advanced virtual-pinball cabinet can add solenoids or contactors, exciters, amplifiers, additional power supplies, protective circuitry, and software that converts game telemetry into physical effects. That can create sharper, more localized impacts than the original two-motor USB design.
The trade-off is substantial: more noise, wiring, power management, mounting work, software configuration, and game-specific support. It also changes the project from a compact VR controller into a larger arcade installation. Do not expect the basic PinSim circuit to reproduce the mechanical knock of a commercial pinball machine.
Which option is right for you?
- Build the DIY controller if you enjoy woodworking, electronics, soldering, and firmware troubleshooting, and want a compact customized project.
- Buy a finished PinSim if reliable physical controls and a mechanical plunger matter more than minimizing cost or maximizing customization.
- Use ordinary VR controllers if you want the cheapest and simplest route and can accept less convincing physical interaction.
- Choose a general arcade controller if pinball is only one of several arcade uses. A broader product such as the X-Arcade Arcade2TV-XR has been covered as a Quest 3 arcade interface, but its pinball-specific layout, nudge behavior, plunger support, and current compatibility should be verified before purchase.
- Build a full virtual-pinball cabinet if a large physical playfield and strong localized feedback matter more than VR immersion, compactness, or simplicity.
The best starting point for a DIY build is to separate the project into four independent layers: cabinet mechanics, electrical inputs, USB controller protocol, and game compatibility. Test each layer before adding optional rumble or plunger hardware. That approach prevents a working cabinet from becoming an expensive troubleshooting problem when the real issue is that the chosen game does not accept the controller format.
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