Rhino 3DM design review
Review a Rhino 3DM design in VR
Rhino projects often develop the surfaces that define a product, facade or pavilion. Open the 3DM directly and inspect the saved renderable geometry in a headset to discuss silhouette, enclosure and how curved forms relate in space.
Open the file on a compatible WebXR device, then press Enter VR.
Private local review, directly from the file
Open your file directly on the device running the headset browser. The browser parses it locally, so a confidential model stays on that device during local viewing. No conversion, no plugin, no upload, no account.
The optional Send to VR headset workflow on a computer uploads a local file after your confirmation to create a hosted share and pairing code. Choose direct local opening on the headset when your model needs to stay on that device. An already hosted model can also be opened from its URL.
Discuss the spatial effect of a curved design
A curved canopy or facade can look convincing in a single perspective while still leaving questions about how its surfaces overlap from another position. A headset makes those changing silhouettes easier to inspect. Move your viewpoint to understand the relationship between a curve, the volume below it and nearby elements.
For a product enclosure, enlarge the design and inspect the transitions visible in the saved mesh. The review is grounded in the geometry recovered from the 3DM. The quality of its render meshes affects how smooth a surface appears at close headset viewing distances.
Save Rhino surface objects with their render meshes
The reader uses mesh objects directly and reads saved render meshes from supported boundary representation and extrusion objects. Those saved meshes are the preparation detail that matters for a surface-heavy 3DM. Open the handover in the ordinary viewer and check that the intended surfaces appear.
If a surface needs a render mesh, have the author generate it in Rhino and save the file with that mesh data. Check layer visibility as well, so the selected facade, product or pavilion geometry is ready for discussion when the headset session begins.
How to open Rhino 3DM in VR
- 1
Open the Rhino 3DM viewer in your headset browser
Use a browser and device that support immersive WebXR. Make your file available through that device’s file picker, then open the viewer.
- 2
Choose your file and inspect the loaded model
Open the local file, check the geometry in the ordinary 3D view and confirm the source units and a familiar dimension. Choose the visible layers that explain your review.
- 3
Press Enter VR
Use the VR control after the model loads and accept the headset session prompt. The model starts at an inspection size, with its largest dimension fitted to 1.5 metres. Use the controllers to position, rotate and scale it.
Check the Rhino document unit against the received geometry
Rhino projects can be authored at very different scales, from jewellery to buildings. Confirm the document unit with the author and verify a known dimension in the ordinary viewer. Set the source-unit interpretation to match that check before relying on dimensional readouts.
The headset fits the recovered geometry to a 1.5 metre stage. Enlarge a surface detail or reduce a large pavilion for an overview using the visual scale control. Keep checked measurements for exact panel sizes and product dimensions.
Follow the silhouette from several viewpoints
Start with the whole design, rotate it to expose overlapping surfaces, then grip it into position for a closer view. For a canopy, raise or lower the model so its underside is visible. Physical head movement adds depth cues at the edges where curved surfaces meet.
Position the model with your controllers
- Hold a grip
- Grab the model and move it with the controller.
- Right stick left or right
- Rotate the model in 30 degree steps.
- Right stick up or down
- Enlarge or reduce the model visually.
- Left stick up or down
- Move the model closer or farther away.
- Left stick left or right
- Raise or lower the model.
- Move your head
- Inspect from different viewpoints within your headset boundary.
The controls position the model around you. The ordinary browser view is restored when you leave the headset session.
Rhino 3DM VR questions
â–¶What should a Rhino author save for a useful 3DM VR review?
Include the relevant mesh objects and saved render meshes for supported surface objects. Open the saved file in the ordinary viewer and check the intended surfaces and layers before sending it for headset review.
â–¶Why can a smooth Rhino surface appear faceted in VR?
The browser displays the render mesh recovered from the file. A coarse mesh becomes visible when enlarged or viewed closely. The author can generate a more suitable render mesh in Rhino, save it and review the updated file.
â–¶How can I keep a confidential model local during VR review?
Open your file directly on the device running the headset browser. The browser parses it locally, so a confidential model stays on that device during local viewing. No conversion, no plugin, no upload, no account. The optional Send to VR headset workflow on a computer uploads a local file after your confirmation to create a hosted share and pairing code. Choose direct local opening on the headset when your model needs to stay on that device. An already hosted model can also be opened from its URL.
â–¶How does model scale work in this VR viewer?
The initial VR stage fits the largest model dimension to 1.5 metres. The right controller stick changes the presentation scale visually. Use checked dimensions in the ordinary viewer for exact sizing; the current VR controls provide adjustable presentation scale.
â–¶What does the headset browser need?
It needs immersive WebXR support and access to the model file. Open the viewer in a compatible headset browser, select the file and use the VR control after loading. The ordinary 3D view is also available on desktop and mobile browsers.