Gym Equipment Service Departments Can Bill Every Hour and Still Lose Money on the Rate

A service labor rate set by looking at what the dealer down the road charges is a guess wearing a decimal point. The rate has to cover a technician’s fully loaded hour, the van that carries the technician, the hours nobody can bill, and a margin. Federal wage and benefit data gives a defensible starting point for the first two, and a dealer’s own dispatch records give the third. This is the arithmetic that turns a posted hourly figure into a number the service department can live with.

A service labor rate matters most where service is sold as a profit center rather than as a courtesy attached to equipment sales. A department billing 1,500 hours a year at a rate that is 12 dollars light is 18,000 dollars short before a single uncollected invoice.

What a service labor rate has to cover

Start from the premise that the billed hour is the only product this build-up prices. Every cost the department incurs has to be recovered inside the hours it manages to bill, because there is no second revenue line to absorb the rest. That makes the denominator, billable hours, as important as the numerator.

Wage data sets the floor. The Bureau of Labor Statistics Occupational Outlook Handbook reports median annual pay of 64,520 dollars for industrial machinery mechanics on May 2025 data, and a median of 30.82 dollars per hour for the broader group of industrial machinery mechanics, machinery maintenance workers and millwrights. The same page projects employment of industrial machinery mechanics to grow 18 percent, about 79,700 jobs, from 2025 to 2035, and employment of the combined group to grow 14 percent. A tightening labor market is generally a poor setting in which to hold a rate flat.

Benefits are the cost easiest to leave out. In its Employer Costs for Employee Compensation release for June 2026, published September 9, 2026, the Bureau of Labor Statistics reported that total employer compensation costs for private industry workers averaged 46.89 dollars per hour worked, of which wages and salaries were 32.82 dollars and benefits 14.07 dollars. Benefits were 30.0 percent of total compensation. A rate built on base wage alone misses close to a third of the employment cost.

Seven costs to recover in each billed hour

The seven lines below are the ones most easily missed when a rate is set by comparison rather than by build-up. The first six are real cash costs of putting a qualified technician in front of a broken machine, and the seventh is the return ownership requires on top of them.

Line 4 deserves a note. The Internal Revenue Service set the 2026 business standard mileage rate at 72.5 cents per mile, up 2.5 cents, effective January 1, 2026, and says the business rate “is based on an annual study of the fixed and variable costs of operating an automobile.” That is a deduction rate for a car, van, pickup or panel truck, not a measurement of any particular fleet. Use it to test whether a dealer’s own cost per mile looks plausible, and use the fleet ledger for the rate build-up itself.

A worked example, with stated assumptions

Every figure in this example is an assumption chosen to show the method. None of it is industry data, and a dealer should rerun the arithmetic on its own payroll, fleet and dispatch records.

Assume one technician paid 32 dollars an hour, 2,080 paid hours a year, giving 66,560 dollars in base wage. Apply a benefit load of 30 percent of total compensation: base wage is then 70 percent of the total, so total compensation is 66,560 divided by 0.70, or 95,086 dollars. Add an assumed 14,000 dollars of vehicle and fuel cost, 3,500 dollars of tools, software and devices, and 22,000 dollars of allocated department overhead. The assumed cost to field that technician for a year is 134,586 dollars.

Note that the benefit load already contains paid leave, so a dealer applying it should not also count leave as a separate cost. The 240 hours of paid leave below are removed from billable hours, not added again as a cost.

Now the denominator. Assume 2,080 paid hours less 240 hours of paid leave and holidays, 160 hours of training and shop time, and 320 hours of drive time that is paid but not billed. That leaves 1,360 billable hours, or about 65 percent of paid hours. Dividing 134,586 dollars by 1,360 hours gives an assumed break-even cost of 98.96 dollars per billable hour.

At a 20 percent target margin on the invoiced hour, the rate is 98.96 divided by 0.80, or 123.70 dollars, which a dealer would post as 124 dollars. The same cost base spread over 1,600 billable hours would break even at 84.12 dollars and price at 105.15 dollars. Nothing changed except utilization, and the defensible rate moved roughly 19 dollars.

Where a service labor rate breaks down

The example makes the failure mode obvious. Billable hours, not wage inflation, is usually the variable that decides whether a posted rate is adequate, and it is the variable a dealer can act on fastest. FEX has set out the three route numbers that reveal where billable hours leak out of a service route, and the rate build-up above is the reason those numbers carry money.

Paid drive time is the second structural problem. Hours a dealer must generally pay for but cannot bill move straight into line 3 and raise the rate every other customer pays, so the rules on when technicians are owed pay for drive time between job sites are rate inputs and not only a payroll question. A dealer that has never measured its paid-but-unbilled hours cannot know whether its rate is 10 dollars high or 20 dollars low.

Third, two rates usually coexist and only one is set by the dealer. Warranty labor is generally reimbursed at a rate the manufacturer sets, and if that reimbursement sits below the retail rate, every warranty hour is subsidized by retail customers. FEX covers how dealers should price and document warranty labor; for the rate exercise, the question is what share of hours is warranty and what the gap costs.

Fourth, trip charges and minimums do work the hourly rate cannot. A one-hour call 70 miles away can easily cost more in vehicle expense and paid drive time than a single billed hour recovers, which is why FEX looked separately at fuel costs and trip charge pricing. Price the visit and the hour as two decisions.

Eight steps to reset the rate

1. Pull twelve months of payroll for the service technicians only. Separate base wage from the employer cost of benefits, and keep installers out of the pool if they are billed differently.
2. Count paid hours and billed hours from the same twelve months. Use dispatch records rather than invoices, so callbacks and write-offs stay visible.
3. Classify every non-billable paid hour. Leave, training, shop, drive, callback, warranty write-off. The categories tell a manager which hours can be reduced and which cannot.
4. Load the fleet cost from the ledger. Lease or depreciation, insurance, maintenance, fuel and tires per truck, divided by the technicians it carries.
5. Allocate department overhead on a stated basis. Dispatcher and manager time, shop space, insurance and software, with the allocation rule written down so next year is comparable.
6. Divide total cost by billable hours. That figure is the break-even rate. Anything below it is a loss on every hour sold, regardless of how busy the board looks.
7. Apply the margin ownership requires, as a divisor. Break-even divided by one minus the margin. Adding a percentage to cost produces a smaller margin than intended.
8. Test the rate against the quote book before posting it. Reprice the last twenty service quotes at the new rate and see which would have been lost, then decide between the rate, the trip charge and the scope.

Records and metrics to review

• Billable hours as a share of paid hours, by technician and by month, for twelve months.
• Effective labor rate actually realized per invoice, against the posted rate.
• Warranty hours as a share of total billed hours, and the reimbursement gap per hour.
• Callback hours and the work orders they trace back to.
• Cost per mile and miles per billed hour, per truck.
• Discounts and write-offs by customer, with the approving manager named.
• The date the rate was last changed, and the cost base it was built on.

Warning signs and common mistakes

• A rate carried forward from a prior year with a percentage increase and no cost rebuild.
• Base wage used as the labor cost, with the employer benefit load omitted.
• Margin added to cost rather than divided out, which quietly understates the target.
• Paid drive time, training and callbacks counted as billable in the denominator.
• A single blended rate across retail, warranty and contract work, hiding a subsidy.
• Trip charges waived case by case, with no record of how often or by whom.
• Benchmarking against a competitor whose utilization, benefit load and overhead are unknown.

Common questions

Should the rate change when a technician gets a raise?

Not automatically. A raise moves one line in the cost base, and its effect depends on billable hours and on the other six lines. Rebuild the cost per billable hour, then decide. A raise absorbed by rising utilization may need no rate change at all.

How often should a dealer rebuild the rate?

A service labor rate rebuilt once a year is a common cadence, and a mid-year check is reasonable when fuel, insurance or benefit costs move sharply. The useful trigger is the billable-hours number rather than the calendar, because that is the input most likely to move without anyone announcing it.

The posted figure is the end of the exercise, not the start of it. A dealer who can show a customer the cost build-up behind an hour is in a different conversation from one defending a number chosen by comparison, and is in a far better position when a facility asks for a discount. Build the service labor rate from the records, write down the assumptions, and keep them where next year’s review can find them.