Auto-repair labor: reconcile paid hours, productive hours and hours sold

A repair shop can pay for 160 technician hours, record 120 hours working on repair orders and sell 132 labor hours. Those figures can all be correct because they measure different things. A useful review connects them before concluding that the posted labor rate, technician speed or staffing level is the problem.

Define paid hours from the payroll schedule, productive hours from valid job-time records and sold hours from authorized, invoiced labor operations. State whether training, paid leave, diagnosis, internal work and rework are included. The names used by shop systems vary, so put the actual numerator and denominator beside every percentage.

Tekmetric's end-of-day documentation defines effective labor rate as labor dollars sold after discounts divided by labor hours sold, and notes that its report uses posted repair orders in the selected period. That is a concrete example of why a reported rate needs both a formula and a cutoff. It should not be confused with labor revenue per paid technician hour.

A technician may work on a vehicle this week while the repair order is posted next week. Comparing this week's time with only this week's posted sales creates a timing difference. Use a completed-job view for estimating performance and a separate calendar-period view for staffing and financial reporting, with unfinished work shown explicitly.

Check time entries for overlapping jobs, missed clock-outs and shared work. An employee cannot contribute two full hours of elapsed time during the same one-hour interval merely because two repair orders remain open. Where several people work on one job, keep each person's actual contribution visible without duplicating the sold labor operation.

Keep warranty, goodwill and internal work identifiable. Such work can consume productive time without generating the same customer charge as an ordinary retail repair. Removing those hours from every report makes utilization look better but hides the resources they require. Including them as ordinary sold hours can misstate the effective customer rate.

Assume a hypothetical completed-work population has 160 paid hours, 120 productive hours and 132 sold labor hours. Labor revenue after discounts is $17,160. Productive hours divided by paid hours gives 75% under this review's utilization definition. Sold hours divided by productive hours gives 110% under its efficiency definition.

Sold hours divided by paid hours is 82.5%. The effective labor rate is $17,160 divided by 132, or $130 per sold hour. Revenue per paid hour is $107.25. A shop can therefore report efficiency above 100% while earning materially less per paid hour than its effective rate, because some paid time was not spent on the measured jobs.

If the posted reference rate is $140, 132 hours at that rate would produce $18,480. The $1,320 difference from actual labor revenue needs an explanation such as approved discounts, a different rate category or a fixed-price operation. Do not attribute the entire gap to technician performance when the amount billed was a commercial decision.

The forty-hour difference between paid and productive time in the example requires a reason breakdown. It may include necessary training, meetings, unavailable parts, waiting for authorization, insufficient booked work or duties not captured against a repair order. Each cause leads to a different action and may sit outside the technician's control.

Match waiting time with the repair-order history. If parts arrive after a vehicle occupies a bay, the schedule may need a parts-readiness check. If customers take time to approve additional work, the service-adviser process may need clearer contact and authorization handling. If the shop simply lacks demand, changing the labor-time standard will not fill the empty calendar.

Retain required safety checks and quality work in the capacity plan. A high utilization target is not a reason to omit inspection, training or proper equipment maintenance. The review should improve the flow of authorized work while preserving the practices needed to deliver it correctly.

Sold hours are a commercial unit and may differ from actual time because of the quoted operation, approved estimate or pricing method. Compare similar work before drawing conclusions about a technician or bay. A difficult diagnostic job and a familiar repeat service may have different uncertainty even when their invoices show the same number of labor hours.

Link comeback work to its original repair where the evidence supports that relationship. If the shop records the first sale in one period and the corrective time in another, a one-week efficiency report can reward the first job and obscure its later cost. Preserve the service outcome, reason and authorized remedy without assuming every returning vehicle represents an earlier error.

Use a longer completed-job review when a small number of unusual repairs dominates the week. Examine the estimate, actual work and customer-approved scope. A numerical variance is a prompt to understand the job, not sufficient evidence to change a person's compensation or accuse them of poor performance.

With an illustrative loaded paid-hour cost of $38, the 160 paid hours cost $6,080. The example's $17,160 labor revenue leaves $11,080 after that labor cost alone. It still must support other expenses, and it is not total shop profit. Parts sales, parts costs, rent, equipment, service advisers and other operating resources need their own consistent treatment.

Choose the next action from the bridge: reduce avoidable waiting, improve estimate accuracy, review authorized discounts or align the posted-report cutoff. Then measure the same definitions again after the change. Keeping paid, productive and sold hours distinct makes the result explainable and prevents one favorable percentage from concealing the part of the labor operation that still needs attention.