How is the supplier quality trend computed here?

From three actual readings. The run rate multiplies this period's cost by periods per year: $3,400 a month runs at $40,800 a year. The two change rows compare this period against the prior period and the same period last year.

Why compare against the same period last year?

Because seasonality is the standard false trend. Volume cycles, shutdowns and seasonal mix move quality cost with them, so a rise against the same period last year is about the supplier.

Is the annualized run rate a forecast?

No: it is this period's reading multiplied by the periods in a year, the current bleed in annual terms. It prices the do-nothing option and says nothing about direction, which the two change rows carry.

When do these numbers justify escalation?

When both comparisons are up and stay up across successive periods. One lumpy month argues for a look at the lots behind it; worse than both baselines, repeated, is deterioration no seasonal story covers.

Supplier Quality, Development & Audits calculator

Supplier Quality Trend Calculator: Run Rate and Real Comparisons

Put a supplier's quality-cost trend on numbers that survive review. Enter this period, prior period and same-period-last-year costs plus periods per year; the annualized run rate and both changes come back.

What this calculator does

Compare three actual quality-cost readings: run rate, change versus prior and versus last year.

Formula used

Annualized run rate = cost this period × periods per year
Change vs prior = (this period − prior) ÷ prior × 100
Change vs last year = (this period − last year) ÷ last year × 100
Dollar change vs prior = this period − prior

Inputs explained

Quality Failure Cost This Period: This period's measured failure cost on one definition.
Quality Failure Cost Prior Period: The immediately preceding period's cost, same definition.
Cost in the Same Period Last Year: The same calendar period one year ago.
Periods per Year: Periods per year: 12 monthly, 4 quarterly.

How to use the result

Best suited to ranking suppliers by annualized failure cost, testing a worsening month against seasonality, verifying a corrective action against both baselines.
Three readings distinguish better or worse; a fitted slope needs the full series. The run rate extrapolates one period, so a spike month annualizes into an alarming number.

Current U.S. benchmarks

U.S. manufacturing runs at 75.7% of capacity (Federal Reserve, Aug 2026). New factory orders are up 8.5% year over year (Census).

Common questions

How is the supplier quality trend computed here? From three actual readings. The run rate multiplies this period's cost by periods per year: $3,400 a month runs at $40,800 a year. The two change rows compare this period against the prior period and the same period last year.
Why compare against the same period last year? Because seasonality is the standard false trend. Volume cycles, shutdowns and seasonal mix move quality cost with them, so a rise against the same period last year is about the supplier.
Is the annualized run rate a forecast? No: it is this period's reading multiplied by the periods in a year, the current bleed in annual terms. It prices the do-nothing option and says nothing about direction, which the two change rows carry.
When do these numbers justify escalation? When both comparisons are up and stay up across successive periods. One lumpy month argues for a look at the lots behind it; worse than both baselines, repeated, is deterioration no seasonal story covers.

Last reviewed 2026-10-01.