A simplified checklist that lowers user anxiety.
A simplified checklist that lowers user anxiety.
Each PinRig includes the core frame, mounting hardware, and components specific to the model you choose. That usually means camera mounting points, cable routing solutions, and everything needed to assemble the rig correctly.
We are very intentional about what we include. Each model is designed around real use cases, not filler parts. You can always find a detailed breakdown on the product page so there are no surprises.
We design PinRig to work with a wide range of cameras and microphones, including gear many streamers already own. For cameras, we recommend models with clean HDMI output and solid low light performance. For audio, dynamic microphones tend to work best in pinball environments because they handle background noise well.
Our recommendations are based on what we test and run ourselves. You will find current suggestions and setup tips on the Support page.
Shipping availability depends on location and product type. Right now, we primarily support domestic shipping, with international options reviewed case by case.
If you are outside the United States, reach out before ordering. We are happy to talk through options and set expectations upfront.
PinRig uses a modular extrusion system that makes camera placement flexible and repeatable. Cameras mount using standard brackets and adapters, allowing you to slide, raise, lower, or reposition them until the angle looks right.
We provide diagrams and guides to help you get dialed in quickly, whether you are mounting a playfield camera, player cam, or additional angles.
Stability was one of the main reasons PinRig exists. The frame is built to stay put even during aggressive play, nudging, or competitive matches.
When assembled and positioned correctly, the rig holds its angles and minimizes vibration so your stream stays steady from ball one to game over.
PinRig is modular by design. You can add cameras, lighting, accessories, or expand your setup over time without starting from scratch.
Many components are compatible across models, so your rig can grow as your streaming goals change.
We generally recommend streaming at 1080p and 30 frames per second using hardware encoding when available. Audio should be set to a 48 kHz sample rate with light compression and limiting on voice sources.
These settings strike the best balance between visual clarity, smooth motion, and reliability. We share our full setup recommendations and scene layouts on the Support page.
We recommend streaming in the highest resolution your setup can reliably support, including 4K when conditions allow. Higher resolution can deliver excellent clarity, especially for playfield detail and recorded content.
That said, 4K streaming depends heavily on your hardware performance, internet strength, and overall setup. If any part of that chain is limited, it can lead to dropped frames or an inconsistent stream.
In real-world pinball streaming, smooth motion and reliability matter more than resolution alone. A stable stream at 1080p will often look better to viewers than a 4K stream that struggles to stay consistent.
For many setups, the best approach is to stream in 4K when conditions allow, and adjust to 1080p if needed to maintain stability. Another common option is to record locally in 4K while streaming at 1080p, which gives you high-quality footage for highlights without compromising the live experience.
Ultimately, the right choice depends on your setup and environment. We recommend testing your stream and choosing the highest resolution that runs smoothly and reliably.
Flickering is usually caused by a mismatch between camera settings and the type of lighting used on the machine. Adjusting shutter speed, frame rate, or lighting frequency often resolves the issue quickly.
Our troubleshooting guides walk through the most common fixes step by step based on what we see most often.
You can stream to multiple platforms using a multistream service or supported OBS plugins. This allows one stream to go live on services like Twitch, YouTube, and Facebook at the same time.
We outline a few recommended approaches on the Support page so you can choose what fits your setup and goals.
Camera disconnects are usually related to USB power limits, cable quality, or hub usage. Using direct connections, powered hubs, and high quality cables solves most issues.
If the problem continues, our troubleshooting section helps you isolate whether the issue is the camera, cable, or connection.
This is typically caused by driver issues, permissions, or connection order. Make sure the capture card is connected before launching OBS and that the correct video device is selected.
A quick restart of OBS or the system often clears it up.
Lighting for pinball streaming is different from lighting a room. Cameras need more light than your eyes do, especially when you are streaming or recording at higher resolutions.
As you increase resolution or image sharpness, the camera requires more light to maintain a clean image. Without enough light, the camera compensates by increasing gain, which introduces noise, motion blur, and dull colors. This often gets mistaken for a camera or resolution problem when it is really a lighting issue.
If your image looks harsh or washed out, the lights may be too close or too focused. If it looks soft, grainy, or blurry during motion, it usually means the camera needs more light. Adjusting light placement, adding diffusion, or spreading light evenly across the playfield often solves the problem without increasing glare.
Our guides focus on balancing light placement and coverage so you can get a clean image at 1080p without pushing your camera or stream harder than necessary.
