Operations · comeback cost

What could comeback work crowd out?

See how many labor hours comebacks used, then estimate possible forgone work only after the shop’s observed unused capacity is accounted for.

No benchmark is substituted. Missing rates stay visible as “not estimated yet.”

Build the estimate
Use the numbers you trust
Saved metrics are starting points. Change any field to use an owner-entered assumption.

The comeback event

Start with the rework itself

The number of comeback visits in the period you want to understand.

Include the technician time you want this estimate to represent.

Shop economics

Add the opportunity rates

Saved sales and gross profit are divided by sold labor hours from the same daily snapshot. No benchmark or assumed demand is added.

Owner entered

Enter dollars per sold labor hour. Saved sales are divided by sold hours in the same daily snapshot. No saved value is available.

Owner entered

Enter dollars of gross profit per sold labor hour from the same daily snapshot. No saved value is available.

Owner entered

Hours already sold in the same daily snapshot as the rates and available capacity. No saved value is available.

Owner entered

Capacity recorded for the same daily snapshot as sold hours and rates. No saved value is available.

Decision readout
Your estimate will land here
Enter the comeback count and labor time, then add whatever shop rates are known. The labor capacity result does not depend on money rates.

The calculation is intentionally narrow.

It answers how much sellable capacity came back through the door, not why the comeback happened or how to manage a repair order.

Start with the hours result even when saved financial rates are missing.

The lower end stays at $0 because the shop does not record waiting, declined, or displaced jobs. The upper end is conditional on suitable work being available.

Potential sales and gross profit are not cash known to have been lost, and this estimate does not calculate the direct cost of repeat labor.