LABOR RATE CALCULATOR

The arithmetic

Available hours are technicians times the hours they are on the clock. Productivity is the share of those hours spent on a job at all. Efficiency is billed hours over worked hours — above 100% when a tech beats book time. Multiply the three and you get billed hours, which is the only denominator that matters, because it is the only thing you invoice.

rate = (fixed cost + technician cost) ÷ (1 − target margin) ÷ billed hours

Set the target margin to zero and the same line gives you break-even: the rate below which the shop loses money on every hour it sells. To see the same floor as a car count rather than an hourly rate, run the break-even calculator.

Why copying the shop down the road fails

The national band is wide — $120–$159 per hour — and the state spread is wider still, $100 per hour (West Virginia) to $161 (Alaska). Two shops a mile apart can honestly need rates $30 apart if one owns its building and the other leases at retail rent, or if one runs at 85% productivity and the other at 60%. The benchmark tells you whether your answer is plausible. It does not tell you what your answer is.

The rate you post is not the rate you get

Discounts, menu pricing, comebacks and hours nobody billed all pull the realised rate below the posted one. The realised rate should stay close to the posted door rate. Measuring it is a separate job — the effective labor rate guide covers how, and the efficiency calculator shows where the hours are going.

Once you have the number

Put it into the estimate calculator and price a few real jobs with it. If the totals land far outside the published bands for those jobs — a brake job, an alternator — the rate is not the only thing that needs work. Compare against your state band and the dealer gap before you post it on the wall.