Turnkey PCBA RFQ Checklist
Written by MOZPCB Engineering Team (PCB Fabrication & Assembly Engineering) · Technical review by MOZPCB Quality Engineering · Last reviewed 2026/10/13
A turnkey quote asks a single partner to fabricate the board, source the components, assemble, test, and ship a finished product—which means the RFQ needs to answer fabrication questions, sourcing questions, and assembly questions all in one package. Missing any one category does not just slow the quote down; it usually means the first number you get back is an estimate with built-in margin for the unknowns, not a firm price.
This checklist pulls together the fabrication, BOM/centroid, and sourcing information a complete turnkey RFQ needs, with pointers to the detailed guides behind each section.
Fabrication data
The bare-board package: Gerbers or ODB++, drill data, a clear layer map, stackup notes, impedance tables if applicable, surface finish callout, and mechanical drawings. This is the same data a fabrication-only quote needs—see the full Gerber and fabrication-data checklist for the complete list.
BOM, centroid, and assembly drawing
The component and placement data: a BOM with manufacturer part numbers and documented alternates, a centroid/pick-and-place file with a stated rotation and origin convention, and an assembly drawing marking polarity and special instructions. See the Gerber, BOM, and pick-and-place file checklist for the detail behind each document.
Sourcing notes: what turnkey adds beyond consigned assembly
Because the assembler is procuring components in a turnkey program, the RFQ should state lead-time flexibility (can the program wait on a long-lead part, or does it need an alternate approved in advance), any components already on hand or pre-purchased, and any vendors or part numbers that are specifically excluded for compliance or qualification reasons. Without this, a turnkey quote has to assume worst-case lead time and no flexibility, which inflates both price and schedule.
If some components are consigned (customer-supplied) while others are sourced by the assembler—a common hybrid model—state which reference designators fall into each category explicitly. A partial list with an implied “source the rest” assumption is a frequent source of quote revision after the fact.
Quantities, test, and documentation requirements
State target quantities at more than one break—prototype quantity and a projected production volume—so the quote can reflect setup-cost amortization realistically rather than pricing a single quantity point that does not represent how the program will actually scale. Include test and inspection requirements (AOI is typical by default; state explicitly if X-ray, functional test, or ICT apply) and any documentation deliverables (certificates of conformance, test reports, serialization) your program needs.
Pair this checklist with the PCB assembly cost guide to understand how each of these inputs moves the final number, so the quote you get back can be evaluated against the drivers that produced it rather than treated as an opaque total.
Frequently asked questions
What is the biggest difference between a turnkey RFQ and a fabrication-only RFQ?
Should I request pricing at a single quantity or multiple quantity breaks?
What if some parts are long-lead or currently unavailable?
Can a turnkey program mix customer-consigned and assembler-sourced parts?
Does a turnkey RFQ need the same fabrication detail as a fabrication-only quote?
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