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Use Valve’s Steam Frame CAD as reference geometry, then design a separate base and cradle around the configuration you want to display. Valve has released Steam Frame CAD files and electrical-interface information for non-commercial use. The release does not provide a ready-made stand, a validated print procedure, or a complete full-headset measurement. You must inspect the downloaded geometry, establish the correct scale and contact points, and prototype the support before producing the finished display.
What Valve’s CAD release lets you do
Valve’s Steam Hardware announcement states that “Steam Frame CAD files and electrical interface information are now available for non-commercial use.” That makes the files a useful starting point for a display project, but it is not the same as publishing an official stand design. The announcement does not establish a particular file format, printer, material, layer height, support strategy, or assembly sequence.
The electrical-interface material is relevant if you are designing a powered dock, cable guide, or other functional accessory. A passive display stand does not need to reproduce those electrical features. Keep the electronics and connector geometry as reference only unless your design has a specific charging or data requirement.
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Know which dimensions you actually have
Valve’s product page lists 175 mm × 95 mm × 110 mm for the “core module + facial interface.” Those numbers describe that assembly, not necessarily the complete headset with its headstrap, rear hardware, cable, or any other configuration shown in the CAD.
| Information | What is established | How to use it |
|---|---|---|
| Core module plus facial interface | 175 mm × 95 mm × 110 mm, according to Valve’s product page | Use as an initial envelope for that exact assembly, then verify against the downloaded model |
| Complete headset with headstrap | Not stated in the cited product-page measurement | Measure or inspect the actual geometry for the configuration your stand will hold |
| CAD file formats | Not established by the surfaced announcement text | Open the files in a compatible CAD viewer and confirm units before modeling |
| Official print settings | Not provided | Choose fabrication settings appropriate to your process and validate with a prototype |
| Official stand design | None established | Design the base and cradle as a separate project |
Do not scale a stand from the 175 mm figure alone. A single overall dimension cannot tell you where a strap, lens housing, rear battery, cable, or facial interface will sit. A cradle that fits the core module can still collide with a headstrap or tip when the complete headset is placed on it.
Inspect the downloaded CAD before modeling
Start with the official Steam Frame CAD download rather than a screenshot, community render, or approximate measurement. The accessible announcement does not establish the file list or whether every file represents a complete assembly, so treat the contents of the download as the authority for your particular project.
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- Identify the assembly you intend to display. Look for the core module, facial interface, headstrap and any other components included in the package. Decide whether the stand will show a bare module, the module with facial interface, or a fully assembled headset.
- Confirm units. Check the CAD application’s document units and measure a known feature. A model imported in inches when you expect millimetres can produce a stand that is 25.4 times the intended size.
- Check scale against Valve’s published envelope. If the file includes the core module plus facial interface, compare its measured extents with 175 mm × 95 mm × 110 mm. A mismatch is a signal to investigate units, configuration, or which components you selected; it is not permission to stretch the model arbitrarily.
- Hide or suppress parts that are not part of the display. Keep a saved full assembly, then create a simplified reference view. Suppressing tiny screws, internal parts, or electrical details makes contact and clearance planning easier without altering the source files.
- Mark safe reference surfaces. Identify broad, robust areas where a padded cradle can touch the headset. Avoid lenses, buttons, vents, moving joints, cable sockets, and thin cosmetic edges unless your inspection shows that a particular area is intended to carry load.
Because the announcement does not document a complete stand workflow, these checks are practical design steps rather than Valve instructions. Record the measurements you obtain from the actual files in your project notes; they are more useful than relying on a generic product photograph.
Plan the stand as two parts: base and cradle
A reliable display normally has a weighted or wide-footprint base and a shaped cradle attached to it. The CAD headset remains reference geometry; it should not be treated as a structural stand by itself. Separating the two parts makes it easier to change the viewing angle, add padding, or redesign the support when you switch from a core-module display to a full-headset display.
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Choose the display pose
Decide whether visitors should see the front, a three-quarter view, or the side. A front-facing pose may require support behind the facial interface, while a three-quarter pose can distribute load over a side surface and a rear support. If the headstrap is installed, allow it to remain in its natural position instead of bending it tightly around a narrow hook.
Choose contact points
Use at least two separated support regions so the headset cannot roll. Three-point support is often easier to balance: two lower contact areas carry weight and a higher rear or side contact prevents rotation. The exact locations depend on the geometry you find in the files and on the configuration you plan to display.
Contact surfaces should be broad enough to avoid concentrated pressure. A thin lip that touches a lens rim may look neat in CAD but can scratch or stress the headset. Add a replaceable layer of felt, silicone, or another non-abrasive material where the finished stand meets the device. Treat those pads as wear parts that can be replaced without reprinting the entire base.
Keep the center of mass over the footprint
The stand must resist both tipping forward and twisting sideways. A taller cradle raises the combined center of mass, so compensate with a wider or heavier base. A rear support can prevent backward rotation, but it should not push on a control, strap adjustment, or cable connector. Test the actual headset on the prototype rather than judging stability from the empty stand.
Build a full-scale reference model in your CAD program
Before designing the base, create a reference body from the inspected Steam Frame assembly. Lock it on a non-printing layer or reference component so you can measure around it without accidentally including it in the exported stand mesh.
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- Set the document to millimetres if that matches the dimensions you are using.
- Place the headset in the intended display orientation and establish a clear front, rear, left, right, top, and bottom coordinate convention.
- Measure the maximum width, height, and depth of the exact displayed configuration, including the headstrap if it will remain installed.
- Sketch the base footprint beneath the reference model. Extend it far enough that the loaded stand does not rock when the headset is placed or removed.
- Project curves or surfaces only where the cradle needs to follow the headset. Keep the base and cradle as independent solids so either can be revised.
- Add access gaps for fingers. A cradle that encloses the device too closely may prevent a safe lift-out and encourage users to pull on the strap or facial interface.
- Check every proposed contact in a sectional or transparent view. Confirm that pads touch intended exterior surfaces and clear lenses, buttons, vents, seams, and moving parts.
Do not convert the 175 × 95 × 110 mm product-page envelope into a whole-headset bounding box. Use it only as a check for the core module plus facial interface, then use your measured reference assembly for the stand itself.
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| Route | Useful when | Important checks |
|---|---|---|
| FDM 3D printing | You want a one-off stand, easy iteration, or replaceable printed parts | Split the base if it exceeds the printer’s build area; orient parts so the cradle does not rely on weak layer-direction features |
| Resin printing | You need fine cosmetic detail on a small model or trim piece | Verify that the cured material and surface finish are suitable for repeated headset contact; use a separate robust base if needed |
| Machined, laser-cut, or woodworking base with a printed cradle | You want a heavier footprint and a visually finished platform | Align the cradle mounting holes and leave room for fasteners, inserts, or adhesive without contacting the headset |
| Custom printing service | You do not own a printer or need a larger part | Send a self-contained stand file, state the required units, and request material and finish information before ordering |
Valve does not specify a printer, filament, resin, wood, metal, wall thickness, infill, or layer setting for this project. PLA and a generic FDM printer are possible choices, not Valve recommendations. Select a material that will remain stable in the location where the stand will live, and use padding at every device contact regardless of the bulk material.
Design for printability without changing the display geometry
Split oversized parts deliberately
If the base or cradle will not fit your print bed, divide it along a flat, hidden seam. Add alignment features to the base pieces and keep the seam away from a load-bearing contact. A split that runs through a cradle hook can open under load; a seam under the base is usually easier to reinforce.
Orient load-bearing features
Layer direction affects the strength of printed parts. Orient hooks, arms, and mounting ears so their expected load does not try to peel layers apart. If orientation forces a weak direction, redesign the feature as a thicker rib, add a mechanical fastener, or move the load into the base.
Leave room for hardware and pads
Model recesses for screws, threaded inserts, magnets, or rubber feet only after selecting the hardware you will actually use. Keep fastener heads below the surface and cover any exposed metal near the headset with a non-abrasive pad. Do not guess a hole size from a product photograph; measure your chosen hardware and account for the printer’s own dimensional variation.
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Separate cosmetic shells from structural supports
A decorative outer shell can make the stand look like a miniature display plinth, but it should not be the only element resisting tipping. Use internal ribs, a thicker base, or a concealed weight if the shell is light. The headset should remain stable even when the decorative cover is removed.
Prototype before making the finished stand
The first print should answer fit questions, not prove the final surface quality. Print only the contact arms, a small section of the base, or a low-height mock-up. Place the actual headset in it and check the following:
- The device settles into the intended pose without force.
- No pad or edge touches a lens, button, vent, cable socket, or moving adjustment.
- The headstrap remains in the position you designed for and is not kinked or pinched.
- You can lift the headset out with one hand without scraping it across the cradle.
- The prototype does not rock when you press lightly on the front, rear, or sides.
- The stand clears the display shelf, wall, or cabinet behind it.
Mark any interference directly on the prototype, update the CAD, and repeat the test. A second small fit print is usually cheaper than discovering after a long final print that the chosen assembly does not fit. Keep the reference headset protected while testing; do not use an unpadded rough edge as a permanent contact.
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Once the cradle fits, test the complete stand on the surface where it will be displayed. Place and remove the headset repeatedly, approach it from the intended viewing side, and check whether the base slides or rotates. Test with the strap, cable, and facial interface configuration that visitors will actually see.
Check cable routing separately if a cable will remain attached. Give the cable a gentle path that does not pull the headset sideways and does not turn the connector into a structural support. If the display is in a public or busy area, consider a discreet tether attached to the stand rather than to a fragile headset feature. A tether is a safety addition, not a substitute for a stable footprint.
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Inspect the stand after several handling cycles. Look for whitening, cracks, loose joints, compressed pads, or a seam that is opening. Replace a worn pad instead of increasing pressure on the headset. If the stand is printed in sections, recheck every joint after transport.
Common failure modes and fixes
| Symptom | Likely cause | Correction |
|---|---|---|
| The model imports at a bizarre size | Unit mismatch or an incorrect import scale | Confirm the CAD document units, compare the core-module assembly with Valve’s 175 × 95 × 110 mm envelope, and re-import from the original files |
| The cradle fits the front but not the assembled headset | The design used the core module and facial interface while the headstrap or other parts were omitted | Return to the full assembly, measure the intended configuration, and redesign the rear and side clearances |
| The headset rocks | Contacts are on one plane, too close together, or the base is too narrow | Use separated support points, widen or weight the base, and test with the real headset installed |
| The device is difficult to remove | The cradle wraps too far around the device or has no finger clearance | Open the access side, shorten a retaining lip, or change the lifting direction while preserving anti-tip support |
| A printed arm snaps | Weak layer orientation, a thin section, or a load concentrated at a sharp corner | Reorient the part, add a fillet and rib, increase section thickness, or transfer load to a fastened support |
| The finish scratches the headset | Rough print surface, exposed fastener, or contaminated pad | Deburr the part, cover hardware, and use clean replaceable padding on every contact |
| The stand tips when the headset is placed | The center of mass falls outside the footprint during loading | Increase footprint or base mass, lower the cradle, and rehearse the placement motion on the actual shelf |
Keep the licensing boundary clear
The non-commercial permission announced by Valve is the safe basis for a personal display project. Personal fabrication, a prototype for your own workspace, or a non-commercial exhibition may fit that boundary, but the announcement does not define every possible use. Do not turn an assumption into a license.
If you want to sell a printed stand, charge for a design service based on the CAD, distribute a modified CAD file, or use the model in a commercial installation, follow Valve’s linked commercial instructions and contact Valve before proceeding. Keep records of the files you used, the version or download date, and any permission you receive. A stand that is independently modeled from measurements may raise different intellectual-property questions, but that distinction does not remove the need to check the applicable terms.
A practical build sequence
For a first project, the following order minimizes rework:
- Download the official Steam Frame CAD package and archive the originals.
- Identify the exact headset configuration the display will show.
- Confirm units and compare the core-module assembly with Valve’s published 175 × 95 × 110 mm measurement.
- Create a locked reference assembly and record the full dimensions of your chosen configuration.
- Sketch the display pose, footprint, support points, finger access, and cable path.
- Model a separate base and cradle, adding non-abrasive pad locations and any hardware recesses.
- Check print-bed size, part orientation, seams, and fastening before exporting.
- Print a small fit prototype and test it with the real headset.
- Correct clearances, anti-tip geometry, and pad placement; then produce the finished parts.
- Assemble, deburr, pad, and repeatedly test placement and removal on the intended display surface.
- Document the final configuration and keep a replacement-pad or repair plan for long-term display use.
This sequence keeps the uncertain elements—file contents, full configuration, fit, and stability—outside the expensive final fabrication step. It also leaves the CAD reference untouched, so a later headset configuration can receive a new cradle without rebuilding the entire base.
What is and is not established
Valve has established the availability of Steam Frame CAD and electrical-interface information for non-commercial use, and its product page establishes the 175 mm × 95 mm × 110 mm envelope for the core module plus facial interface. The surfaced official material does not establish the individual CAD formats, complete file contents, full-headset dimensions including a headstrap, official print settings, or a tested stand design.
A community post may describe the idea as “3D print a mockup,” but that wording belongs to the community and is not Valve’s description of a stand workflow or evidence of a completed build. Treat community terminology as inspiration only; base dimensions and fit decisions on the actual files and the physical headset you intend to display.
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The Bottom Line
Download Valve’s Steam Frame CAD, verify units and the exact assembly, and use it only as reference geometry for a separately designed, padded base and cradle. Prototype the fit and stability with the real headset, and obtain Valve’s instructions and approval before any commercial use.
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