Replicate ESP32 Coprocessor PCB with minor differences
Budget: $250 – $750 USD
I already have a proven ESP32-based coprocessor board for the TI-84 calculator and a comprehensive PDF that locks down every detail—final schematics, part numbers, annotations, and physical assembly notes. What I need now is an expert in KiCad who can mirror that design inside KiCad with zero deviation.
Accuracy of the schematic is the make-or-break factor. Component footprints, net-names, electrical constraints, and any ERC settings must match the reference exactly. I will also supply existing CAD models so you can drop in the correct 3D bodies and keep the board stack-up true to form.
Deliverables
• Complete KiCad project folder (.kicad_pro, .kicad_sch, .kicad_pcb, etc.)
• Production-ready Gerber and drill files generated from the project
• Updated BOM and component library reflecting the reference choices
• STEP (or other) 3D model for enclosure checks
Acceptance will be based on a direct diff against the reference PDF: any mismatch in nets, footprints, or assembly notes will be considered out-of-spec. If you thrive on precision work and know KiCad inside out, this should be a straightforward execution.
Accuracy of the schematic is the make-or-break factor. Component footprints, net-names, electrical constraints, and any ERC settings must match the reference exactly. I will also supply existing CAD models so you can drop in the correct 3D bodies and keep the board stack-up true to form.
Deliverables
• Complete KiCad project folder (.kicad_pro, .kicad_sch, .kicad_pcb, etc.)
• Production-ready Gerber and drill files generated from the project
• Updated BOM and component library reflecting the reference choices
• STEP (or other) 3D model for enclosure checks
Acceptance will be based on a direct diff against the reference PDF: any mismatch in nets, footprints, or assembly notes will be considered out-of-spec. If you thrive on precision work and know KiCad inside out, this should be a straightforward execution.