Finalist
Made to Fit
Made to Fit helps electronics hobbyists turn the parts they already own into useful projects.
Core trick
Vision model identifies electronics from photos, then a native CAD builder generates a parametric enclosure with printable STL export.
Description
Made to Fit helps electronics hobbyists turn the parts they already own into useful projects. Upload photos, review Astra’s suggestions, confirm measurements, generate and check a custom enclosure, then export 3D-printable files with assembly guidance.
README excerpt
**Live site: [https://made-to-fit-astra-hack.lovable.app/](https://made-to-fit-astra-hack.lovable.app/)** # Made to Fit Made to Fit turns the electronics you already own into a project you can build. Upload photos or describe your parts, review Astra's suggestions, enter real measurements, and refine a custom enclosure. Inspect the 3D layout and geometry checks, accept a design revision, then download its print files and review the assembly guidance. The Lovable site currently runs the explicitly labelled sample preview. The Python backend runs locally; Astra analysis, native CAD builds and real downloads require a connected backend. See [Run locally](#run-locally) to try the full workflow. ## How it works 1. **Review your parts.** Upload photos, describe your inventory or add parts manually. Review proposed identities and crops. 2. **Choose a project.** Explore Astra's project suggestions or develop an existing idea, including extra hardware and unresolved decisions. 3. **Measure your hardware.** Enter and confirm width, depth and height in millimetres. Unknown dimensions remain unknown; a photo does not establish physical size. 4. **Build and check.** Generate native CAD, inspect the layout and geometry checks, and refine the enclosure before accepting a revision. 5. **Print and assemble.** Download STEP, STL or Bambu P2S 3MF files for the accepted revision, then review the matching assembly guidance. ## Screenshots **Live Studio landing page** — choose whether to st