EV Motor Magnet RFQ Checklist: Send Better Inquiries, Get Better Quotes

Why most magnet RFQs stall

Many RFQs fail because they ask for pricing before technical boundaries are clear. Suppliers respond with broad ranges or assumptions, and procurement teams cannot compare quotes on the same basis.

In EV traction programs, small omissions such as operating temperature range, coercivity target, or magnetization direction can invalidate early quotes. A structured RFQ packet reduces this mismatch and accelerates decision quality.

RFQ readiness gate before contacting suppliers

Use a pass/fail gate internally. If two or more items are missing, mark the RFQ as "draft" and ask engineering to close gaps first. This simple gate usually saves one to two quote loops.

• Drawing status: released revision with clear tolerance ownership
• Performance context: rated point and peak point are both labeled
• Temperature boundary: normal range and worst-case hotspot defined
• Material path: preferred grade plus one fallback grade noted
• Commercial path: sample quantity, pilot quantity, SOP annual volume
• Timeline: RFQ due date, sample target date, SOP target month

Minimum technical package before requesting price

Use a single source-of-truth package shared by sourcing and engineering. The goal is not perfection, but enough clarity to avoid speculative quoting.

• Application boundary: motor type, rated/peak point, duty cycle, ambient range
• Geometry package: 2D/3D drawings, segment count, tolerance expectations
• Material boundary: target grade class (for example SH/UH) and thermal risk notes
• Magnetization requirement: direction, fixture assumptions, and polarity handling
• Commercial boundary: sample volume, pilot volume, annual forecast, target timeline

Email template buyers can reuse

A clear first email improves response quality. Keep the subject structured and list known unknowns explicitly so suppliers can quote with transparent assumptions.

• Subject format: Program + part family + sample/pilot/SOP stage + due date
• Attachment list: drawing, target grade, duty profile, inspection expectation
• Unknowns section: items pending validation with target decision date
• Response format request: quote sheet, assumptions, risks, and alternatives
• Commercial request: EXW/FOB terms, payment expectation, and incoterm preference

Supplier comparison framework

Do not compare suppliers on price alone in the first round. Compare response quality and risk transparency first, then compare normalized pricing under aligned assumptions.

A strong supplier reply includes explicit assumptions, identifies unknowns, and proposes at least one fallback path. This is usually a better predictor of execution quality than a low headline price.

• Response completeness within agreed turnaround window
• Evidence of similar application experience
• Inspection and traceability method clarity
• Willingness to document risk and mitigation
• Schedule realism for sample and pilot handoff

Quote normalization scorecard (100-point example)

Use one sheet to score suppliers on the same assumptions. This reduces internal debate driven by incomplete comparisons.

• Technical fit: 30 points (spec coverage, assumption quality, risk disclosure)
• Quality system fit: 20 points (inspection method, traceability, CAPA response)
• Execution fit: 20 points (sample lead time, pilot readiness, communication speed)
• Commercial fit: 20 points (unit price by stage, tooling clarity, payment terms)
• Logistics fit: 10 points (packaging control, export docs, destination experience)

Common RFQ mistakes to avoid

Avoid sending only a generic product name or approximate dimensions. Without operating and quality boundaries, quotes become non-comparable and project risk moves downstream.

• Mixing peak and continuous requirements without labeling
• No stated acceptance criteria for key dimensions or magnetic performance
• No destination-country logistics requirements
• No fallback strategy when thermal margin is uncertain

Fast risk screen for first-round replies

Within the first 48 hours, screen replies for quality signals. Low-quality responses at this stage often correlate with late project surprises.

• No assumptions listed despite missing inputs
• Single-line pricing with no grade or tolerance references
• No mention of inspection method or traceability fields
• Lead times that ignore sample/pilot process reality
• No fallback option when key parameters are uncertain

Anonymous case: Tier-1 traction motor RFQ reset

A buyer team came with a price-only RFQ and received three quotes that were not comparable. After restructuring the package using the readiness gate and normalized scorecard, the team reran the RFQ in one week.

Result: clarification rounds dropped from four to two, and internal supplier down-selection was completed before the pilot kick-off date.

• Initial state: incomplete thermal and magnetization boundary
• Action: added fallback grade path and explicit inspection expectations
• Outcome: faster quote convergence and fewer late-stage assumption conflicts

Download RFQ templates (CSV + XLSX)

Use this template to collect technical, quality, and commercial inputs in one file before sending inquiries.

What to send in your first email

If your package is not complete, send what is known and mark unknowns clearly. A transparent partial package is better than a vague full request.

For OEM magnet programs, you can email [email protected] with drawings, grade targets, quantity stages, and timeline milestones to receive a structured feasibility response.