Render Your Rhino Model with AI, No V-Ray Needed

What Rhino render AI does

Rhino is a favorite for free-form and parametric design, and Grasshopper makes it easy to explore many versions of a form. Turning those versions into photographic images is slower: you assign materials, set lights and an environment, and render with Rhino Render, V-Ray, Enscape or KeyShot. Each option means setup time, a capable computer and sometimes a separate license.

Rhino render AI is a shortcut for concept and presentation images. You give it a viewport capture. The AI reads the geometry it can see (surfaces, curves, ribs, floor plates, openings) and paints a finished image over it, with materials, light, sky, people and landscape that fit the building type and style you choose.

The output is a still image for design reviews, studio crits, competition boards, client decks or social posts. Nothing goes back into Rhino or Grasshopper, and no .3dm, mesh or NURBS data is created.

How to render a Rhino model with ArchitecturesAI

1. In Rhino, set up the Perspective viewport with the camera you want. Save it as a Named View so you can come back to the same angle after design changes.
2. Switch to Arctic, Shaded or Technical display mode, then capture the viewport with the ViewCaptureToFile command (or ViewCaptureToClipboard, or a screenshot). Crop away toolbars and panels.
3. Click "Render your Rhino model". The Render Architecture tool opens with Residential and Modern selected, and you sign in with Google or email.
4. Upload the capture and pick the building type that matches, such as Residential, Villa, Cultural, Commercial, Office, Interior, Facade or Skyscraper (25 types in total).
5. Pick a style such as Modern, Contemporary, Minimalist, Futurist, Sustainable, Mediterranean or Japanese (25 styles in total). The style sets the materials; to ask for a specific one, such as timber, concrete or glass, use Custom Action on the result.
6. Press Generate and download the render. To change a material, the time of day or a detail, use Edit Image or Custom Action on the result and describe the change in words. Each edit is another render and uses credits.

Which Rhino display mode gives the best result

• Arctic is a great starting point. Its soft, white, shadowed look reads like a clay model, which gives the AI clear form and depth without confusing colors, as the pavilion example shows.
• Shaded works well when you want to keep the color separation between parts, for example glass in one color and walls in another, as in the villa example.
• Technical and Pen modes, and Make2D line drawings, give clean outlines. They work, but the AI has to guess more about depth, so expect more variation between runs.
• Rendered mode is fine too if you already applied materials. The AI may pick up their general colors, together with the style you choose.
• Avoid Wireframe, X-Ray and Ghosted. Lines from behind the surfaces show through and the AI may draw them as part of the building.
• Capture at about 1,600 pixels wide or more. ViewCaptureToFile lets you set a larger size than your screen, which helps thin ribs, mullions and fins.
• Turn off the grid, axes, control points, curves you do not want shown, and any dimensions or annotations before you capture.
• Keep verticals straight with a two-point perspective camera, and leave some space around the object so nothing is cut off.

Before: Rhino-style Arctic viewport

After: timber pavilion render

Grasshopper and parametric forms

Grasshopper geometry is just geometry in the Rhino viewport, so you render it the same way: bake it or preview it, capture the viewport and upload the image. Repeating ribs, panels, waves and shells come through well when the capture is clean, because the AI follows the pattern it can see.

This makes it quick to compare several iterations of a parametric design. Capture each version from the same Named View, render them in the same style, and put the results side by side. Very fine or dense patterns can be simplified by the AI, so check the rhythm and spacing in the result before you present it.

Line drawings and Make2D

A Make2D drawing in an axonometric or perspective view can be rendered too, as the tower example (an axonometric view) shows. Upload it with the Render Architecture tool, or use the Sketch to Render mode, which is made for line work and hand sketches. A plain elevation or plan from Make2D is flat, so expect a flat rendered drawing rather than a perspective photo.

Before: Make2D-style line view

After: dusk tower render

Who uses it

• Architects and designers who model in Rhino and want a quick photoreal image of a concept without a full render setup.
• Architecture and design students who need presentation images of Rhino and Grasshopper projects for reviews and portfolios.
• Pavilion, facade and installation designers who want to see a parametric form in timber, concrete, metal or glass, in a real setting.
• Mac users who work in Rhino for Mac and want a rendering option that runs in the browser.

AI render or a render engine?

An AI render is fast and needs no material, lighting or environment setup, but it makes small decisions for you. It can add people, trees or furniture you did not model, change a material, smooth a curve or redraw a thin element in its own way. Exact colors, text and dimensions are not guaranteed, and each run differs a little.

A render engine such as Rhino Render, V-Ray, Enscape or KeyShot gives exact materials, repeatable results and animations, but it needs more setup and computing power. Many designers use AI renders to explore options and agree a direction, then a render engine for the final images.

Free tier and plans

You need a free account to render. New accounts get 2 free renders, and free renders carry a watermark. In India this site does not include free renders, so a paid plan is needed there. Weekly, monthly and yearly plans for more renders without the watermark are on the pricing page.

ArchitecturesAI is an independent web tool and is not affiliated with or endorsed by Robert McNeel & Associates. Rhino and Grasshopper are their trademarks, used here only to describe the files people capture.

Frequently asked questions