Valve has released Steam Frame CAD files and electrical-interface information for non-commercial use. To make a life-size display stand, treat the downloaded headset geometry as a dimensional reference, then design a separate base and cradle that support the real headset. Do not assume the CAD model is itself a printable stand, and do not treat the published 175 × 95 × 110 mm figure as the size of the complete headset with its headstrap.
The reliable process is to inspect the actual files, verify their units and assembly contents, choose safe contact points, build a stable support structure, prototype it, and only then produce the finished stand. If you intend to sell the stand or otherwise use the CAD commercially, follow Valve’s commercial-use instructions and contact the company before proceeding.
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What Valve has actually released
Valve’s Steam Hardware announcement states: “Steam Frame CAD files and electrical interface information are now available for non-commercial use.” That establishes permission to use the released material for personal, non-commercial projects such as a display stand. It does not establish permission to sell a CAD-derived stand, offer it as a paid service, or use the files in a commercial product.
The announcement does not, by itself, establish the file formats, the complete list of included parts, a validated print-and-assembly method, or recommended printer settings. Those details must be checked in the files you download. Open the actual package before designing around assumptions about scale, component names, or which headset accessories are represented.
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The official Steam Frame product page lists an envelope of 175 mm × 95 mm × 110 mm for the “core module + facial interface.” That is a measurement of that configuration only. It is not a published measurement for the entire headset with its headstrap, cable routing, adjustment hardware, or any other attached parts. Use the figure as a useful reference for the front module, then inspect the geometry that your stand will actually display.
Define the display configuration before modeling
A stand cannot be sized correctly until you decide what “display the headset” means in your room. A bare core module, a headset with its facial interface installed, and a complete headset with the headstrap attached have different support and clearance needs.
Choose the object the stand will hold
- Core module and facial interface: This is the configuration for which Valve publishes the 175 × 95 × 110 mm envelope. It can permit a compact cradle, but only if the actual model confirms where the load-bearing surfaces are.
- Complete headset: The headstrap changes the center of gravity, footprint, and the height at which the headset must be supported. The published module envelope cannot size this arrangement.
- Headset with accessories or cable attached: Leave a deliberate path for cables and avoid placing a support where a connector, button, vent, lens, or adjustment mechanism needs access.
Decide how viewers will see it
A front-facing display usually needs a rear support and a low center of gravity. A three-quarter presentation may need a wider base because the visual target is rotated relative to the support. If people will handle the headset, use a cradle that resists lateral movement rather than a narrow display hook. If the stand will sit behind glass, measure the cabinet opening and account for the complete headstrap, not just the front module.
Record constraints
Write down the available shelf width and depth, the maximum height, the direction from which the headset will be lifted, and whether the stand must be disassembled for transport. These constraints determine the base shape before you spend time refining decorative surfaces.
Inspect the CAD files first
Do not begin by scaling a screenshot or tracing the product-page dimensions. Open the official files in a CAD viewer or modeling application and establish what each file represents.
- Download the files from Valve’s official Steam Frame CAD release. Keep the original archive unchanged so you can return to it if a derived model becomes corrupted or over-edited.
- Identify the assembly and parts. Determine whether the package contains a complete assembly, separate components, simplified reference bodies, or more than one headset configuration. The announcement does not enumerate these contents, so verify them in the files themselves.
- Confirm units and scale. Check the document units and measure a known feature. If the application imports the model at an unexpected scale, correct the import rather than scaling by eye. A stand made from a model that is off by a factor of 10 or 25.4 will appear plausible until the headset is placed on it.
- Locate functional surfaces. Mark the facial interface, rigid shell areas, strap mounts, adjustment parts, vents, lenses, buttons, ports, and any thin cosmetic panels. These observations tell you where a support can touch and where it must stay clear.
- Save a reference copy. Put the imported geometry on a locked or reference-only layer. Model the stand in separate bodies so that you can update the cradle if Valve revises the CAD or if your physical prototype reveals an interference.
The accessible announcement does not establish a particular CAD format or a guaranteed print-ready mesh. A file that opens in a viewer may still require cleanup before it can be used for manufacturing. Treat the headset model as reference geometry unless you have verified that a particular body is intended for fabrication.
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Design the stand as a separate base and cradle
The safest design approach is a two-part system: a weighted or wide-footprint base that contacts the shelf, and a cradle that contacts the headset at selected, robust locations. This is practical design guidance, not an official Valve stand design or a tested Valve assembly procedure.
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Build a stable base
Make the base broad enough that the projected center of gravity remains over the footprint when the headset is installed or removed. A long display may look elegant but can tip if the headset’s mass sits high or forward. A low, wide plinth is generally easier to stabilize than a tall, narrow pedestal.
Use a flat underside and add non-slip feet or a suitable shelf interface. If you print the base as a hollow shell, reserve a cavity for ballast or design the walls and ribs so they cannot flex under the headset’s weight. The CAD release does not specify a base material, ballast, or printer settings, so those choices depend on your equipment and the final display environment.
Shape the cradle around contact points
A cradle should support the headset without pressing on lenses, delicate controls, vents, or thin trim. Use broad, rounded saddles instead of sharp points. If the stand touches a finished surface, add a replaceable soft interface such as felt, silicone sheet, or another material compatible with the headset’s finish. Keep pads captive or mechanically retained so they cannot slide into an opening.
Support the headset at more than one location so it cannot roll. A front saddle paired with a rear support can hold the module while leaving the facial interface visible. If you are displaying the complete headstrap, use the strap’s rigid or reinforced areas rather than forcing the strap into a bend it was not designed to hold.
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Model the structural cradle first, then add the decorative shell, logo-free accents, or cable channels around it. A thin decorative cover should not be the only part carrying the headset. This separation also makes it easier to print the functional insert in a different material or replace it after wear.
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Allow access for removal and maintenance
Leave a clear lift path. A stand that looks secure but requires the headset to be twisted against a side wall will eventually scratch the device or stress the cradle. Check that a charging cable, interface adjustment, and any required controls remain reachable in the display orientation.
Use the published dimensions correctly
The 175 × 95 × 110 mm measurement applies to the Steam Frame core module plus facial interface. Treat it as an envelope for that specific assembly, not as a complete-stand specification.
| Measurement or object | What it establishes | How to use it |
|---|---|---|
| 175 × 95 × 110 mm | Valve’s listed dimensions for the core module + facial interface | Use as an initial envelope check for that configuration, then verify the imported CAD and your chosen contact points. |
| Complete headset with headstrap | Not stated on the cited product page | Measure the actual CAD configuration and leave clearance for strap movement and cable routing. |
| CAD file formats | Not established by the announcement text | Inspect the downloaded package and confirm what your software imports. |
| Print settings, material, and printer | Not specified by Valve | Choose them according to your printer, material, load, and finish requirements. |
| Official stand design or validated assembly process | Not provided in the cited material | Prototype and test your own base and cradle before final fabrication. |
When you model around the envelope, include the real geometry’s protrusions and clearances. A nominal box can miss a port, strap mount, or curved surface that changes where the cradle must sit. If the stand is intended for a different configuration than the one measured by Valve, do not reuse the 175 × 95 × 110 mm figure as though it described that configuration.
Prototype before committing to the finished stand
Prototype the portions that determine fit and stability, not necessarily the entire decorative stand. A quick test can reveal a scale error or an inaccessible connector before you spend time on surface finishing.
- Print or fabricate a fit gauge. Reproduce the cradle’s contact surfaces and nearby clearance walls. Mark which face is front, which is rear, and the orientation in which the headset will be installed.
- Check physical fit. Place the headset into the gauge slowly. Confirm that no pad or edge presses on a lens, button, vent, facial interface seal, or strap adjustment.
- Check removal. Lift the headset out using the intended hand movement. If the model catches, widen the opening or change the approach angle rather than forcing the device.
- Check stability. Install the headset, gently apply hand pressure from the sides and front, and observe whether the base rocks, slides, or twists. This is a practical check for your build, not a Valve test result.
- Check the shelf and cable path. Put the prototype in its final location. Verify that the stand does not interfere with a wall, cabinet, charging cable, or neighboring objects.
- Revise only the necessary bodies. Keep the reference headset fixed and adjust the cradle, base, or spacer parts. Record each revision so you know which version was physically checked.
A 3D printer and filament are possible tools and materials, but Valve does not prescribe a printer, filament type, layer height, infill, orientation, supports, or post-processing method. A service bureau or local maker space can produce a prototype if you do not own a printer; select a provider based on its ability to hold the dimensions and surface quality your design requires.
Choose a fabrication approach
There is no official comparison of stand-making methods in the cited Valve material. The following choices are practical options, with trade-offs that you should evaluate against your equipment and display requirements.
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| Approach | Strengths | Risks or limits | Best fit |
|---|---|---|---|
| FDM-printed base and cradle | Accessible for custom shapes, easy to revise, and suitable for a large base split into parts. | Layer direction, warping, surface texture, and printer-bed limits can affect strength and appearance. | Iterative personal projects where you can print fit tests. |
| Resin-printed cradle with separate base | Can capture fine details and smooth curves in a small contact insert. | Material choice, brittleness, post-processing, and part size must be evaluated for the load. | Small precision inserts combined with a robust base. |
| Machined, cut, or hand-built base | Can provide substantial mass and a refined finish without fitting the entire object on a print bed. | Requires different tools and may make curved custom cradles harder to revise. | Displays where weight, furniture matching, or premium finishing matters. |
| Printed cradle plus purchased or reclaimed ballast | Separates the precision fit from the anti-tip function. | Ballast must be retained securely and kept away from headset surfaces and cables. | Tall or lightweight designs that need a lower center of gravity. |
These are design options, not Valve recommendations. Pick a method after checking the cradle’s load path, the base footprint, your printer’s usable volume, and the finish you need.
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Split parts around your printer and your load path
If the base exceeds your print bed, split it along a plane that does not place a seam directly under a high-load cradle support. Use alignment features and a joint that resists sliding. A separate cradle insert lets you reprint the fit-critical part without discarding the base.
Design fastening deliberately
Choose screws, heat-set inserts, press fits, magnets, or adhesive only after considering serviceability and the materials involved. A removable cradle is useful if the headset configuration changes. Keep fasteners and magnets away from any area where they could contact the headset, obstruct a port, or interfere with a cable.
Plan for contact surfaces
Round exposed edges and avoid unsupported knife edges. If you use a soft pad, model a shallow recess so it cannot migrate under repeated handling. Make the pad replaceable rather than permanently burying it inside a glued assembly.
Provide cable management without trapping the cable
A channel or notch can keep a cable from pulling the headset off-center, but it should not pinch the jacket or create a tight bend. Test the actual cable route in the display location. If the headset is displayed unplugged, still leave a path for future charging so the stand does not need to be redesigned.
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Finish and assemble the stand
- Inspect every printed or fabricated part. Remove loose debris, sharp edges, and support remnants before the headset touches the cradle.
- Dry-fit the assembly. Install the cradle, base, pads, and any ballast without permanent adhesive. Check alignment and confirm that the headset sits at the intended angle.
- Secure the structural joints. Tighten fasteners evenly or bond only after confirming that the joint is correctly oriented. Do not use adhesive where it could run onto the headset or make a serviceable part impossible to remove.
- Install protective interfaces. Apply the selected pads or liners after cleaning the contact surfaces. Ensure no adhesive edge or exposed fastener faces the headset.
- Load-test the finished stand gently. Place the headset in the cradle and repeat the removal, rocking, and cable-clearance checks. Stop if the base flexes, tips, or causes contact in an unintended area.
Keep the original CAD and your derived stand files together with a note identifying the headset configuration, units, and revision that you used. That record is valuable if you later make a second stand or need to adapt the cradle to a revised model.
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Commercial use requires a separate check
Valve’s non-commercial statement should not be read as a blanket license for sales. If you plan to sell a stand, include it in a paid installation, manufacture it for a business, or otherwise use the CAD commercially, follow the commercial-use instructions linked from Valve’s announcement and contact Valve. The historical information on Valve’s Index extensibility page provides context that Valve has addressed CAD and commercial inquiries before, but it does not define the Steam Frame files’ specific terms.
Keep your commercial review separate from the engineering review. A stand can be mechanically sound and still fall outside the permission you have to use the source CAD. Obtain clarity before listing, manufacturing, or distributing a CAD-derived product.
Troubleshoot common failures
The headset does not fit even though the dimensions look right
Check the import units and the exact configuration first. The 175 × 95 × 110 mm figure covers only the core module plus facial interface. A different headstrap or accessory can create the interference. Compare the physical object with the CAD at the specific contact points rather than comparing only overall height and width.
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Lower the cradle, widen the footprint, add securely retained ballast, or move the headset’s support points closer to the base. Do not solve instability by making the contact pads tighter against the headset; excessive pressure can damage surfaces or make removal unsafe.
The cradle scratches or marks the headset
Inspect for sharp print edges, support scars, trapped debris, exposed fasteners, and pad adhesive. Replace the contact interface, round the edge, and repeat the fit check before using the finished stand.
The headset is difficult to remove
Increase the lift opening, provide a finger clearance, or change the approach angle. A display stand should retain the headset against accidental movement without requiring twisting or force during normal removal.
The cable is trapped or pulls the headset sideways
Reroute the channel, enlarge the bend area, or position the cable exit closer to the base. Test with the actual cable and the final shelf position; a cable path that works on a workbench may fail against a wall or cabinet.
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The printed parts vary between revisions
Confirm that the CAD file, units, slicer scale, and exported body are unchanged. Keep a versioned reference copy and reprint a small fit gauge after any change to the imported headset geometry or the cradle’s contact surfaces.
Practical completion checklist
- The stand’s intended headset configuration is written down.
- The official CAD files were opened and their units, scale, assembly contents, and relevant components were verified.
- The headset model remains reference geometry; the base and cradle are separate stand bodies.
- Contact points avoid lenses, vents, controls, ports, thin trim, and vulnerable strap areas.
- The 175 × 95 × 110 mm figure is used only for the core module plus facial interface.
- The base resists sliding, rocking, and tipping in the final display location.
- A fit gauge or prototype was checked for insertion, removal, clearance, and cable routing.
- Edges, pads, fasteners, and print debris cannot mark the headset.
- Any ballast, adhesive, magnets, or removable hardware are safely retained.
- Commercial use has been cleared through Valve’s stated instructions before any sale or paid deployment.
The Bottom Line
Use Valve’s Steam Frame CAD as verified reference geometry, not as a ready-made stand. Model a separate stable base and cradle around the exact headset configuration you will display, prototype the fit and stability, and treat the 175 × 95 × 110 mm figure as applying only to the core module plus facial interface. Personal, non-commercial use is the stated permission; commercial use requires following Valve’s instructions and contacting the company.
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