3D MODEL
Generate a clean, watertight, manifold 3D model from the supplied front and side reference images. Preserve the front fascia, headlights, splitter, bonnet creases, canopy width, side profile, roofline, wheelbase, side intake, rear haunches, ride height and overall proportions exactly. This is a futuristic electric supercar with a single central driver and a single passenger seated directly behind in a narrow fighter-jet style tandem cockpit. Do not widen the canopy or create side-by-side seating. The canopy must be opaque gloss black with no transparency or visible interior. Generate a closed solid mesh with no holes, open edges, missing faces, non-manifold geometry or inverted normals. Maintain perfect left-right symmetry with smooth Class-A automotive surfaces, four complete wheels, a closed underbody and realistic panel transitions. Do not redesign or reinterpret the supplied references.
ATTRIBUTION
This model is licensed under Creative Commons Attribution 4.0 International (CC BY 4.0). You are free to download, 3D print, remix, and redistribute it — including for commercial use — as long as you credit the creator.
SUGGESTED CREDIT
“Generate a clean, watertight, manifold 3D model from the supplied front and side reference images. Preserve the front fascia, headlights, splitter, bonnet creases, canopy width, side profile, roofline, wheelbase, side intake, rear haunches, ride height and overall proportions exactly. This is a futuristic electric supercar with a single central driver and a single passenger seated directly behind in a narrow fighter-jet style tandem cockpit. Do not widen the canopy or create side-by-side seating. The canopy must be opaque gloss black with no transparency or visible interior. Generate a closed solid mesh with no holes, open edges, missing faces, non-manifold geometry or inverted normals. Maintain perfect left-right symmetry with smooth Class-A automotive surfaces, four complete wheels, a closed underbody and realistic panel transitions. Do not redesign or reinterpret the supplied references.” by Robert Murphy, generated with Automatic3D, licensed CC BY 4.0 — https://www.automatic3d.com/m/generate-a-clean-watertight-manifold-3d-model-srftci
ABOUT THIS MODEL
Generated from the creator's reference photos and a text prompt using Automatic3D's photo-to-3D pipeline. The model is a 3D-printable STL file suitable for FDM, resin, or SLS printers. No model cleanup or post-processing was required — the output here is what the creator got back from the generator.
Want to make your own? Describe an object in plain English — or upload reference photos — and get a printable STL in about a minute. The free tier includes 3 models and 12 concept generations per month.