Motorcycle Frame Reverse Engineering

I already hold detailed 3D scan data of several motorcycle frames and now need those scans turned into full engineering documentation. Your task is to translate the raw point-clouds into clean, parametric SolidWorks models that reflect true-to-life geometry, wall thickness, and joint details.

Once the model is validated, I also need shop-ready 2D drawings that specify every critical dimension, weld angle, and tube profile, plus a concise bill of materials. I have preliminary ideas on alloy selection and tube specs but I’m happy to adjust if you can justify a stronger or lighter alternative that still meets typical road-use regulations.

Specific deliverables
• Native SolidWorks part and assembly files of the complete frame
• Manufacturing drawings (PDF + DWG/DXF) including weld-ment callouts and cut-lists
• BOM listing materials, profiles, and any consumables required for jigging or welding

The files must be organised so a fabricator can generate cutting lists or CNC bending programs straight away, and the geometry should import cleanly into common CAM packages. Prior experience with motorcycle or automotive space-frame structures will stand out, so please share any comparable work you’ve done—screenshots, machining photos, or finished bikes all help me judge fit.

If your workflow includes FEA or frame stiffness optimisation, let me know; it could become a follow-on phase once the base model is complete.