How to Calculate the Real Hourly Cost of an FM Technician (Loaded Rate Formula)
8 min read
By STEADYWRK Team, STEADYWRK
How to Calculate the Real Hourly Cost of an FM Technician (Loaded Rate Formula)
If you run a facility management operation and you still bid jobs based on your technician's base hourly wage, you are underpricing your work. Probably by a lot. The loaded hourly rate — the true all-in cost of an hour of technician work — is almost always significantly higher than the number on their pay stub, and the gap is where margin quietly disappears.
This post walks through the full loaded rate formula used by operators who actually understand their unit economics. We will cover every cost bucket, show a worked example, and explain why the industry rule-of-thumb multipliers are usually wrong.
Why Base Wage Is the Wrong Number
A technician earning $32 per hour in base wage is not costing you $32 per hour. The $32 is the amount that hits their paycheck for each productive hour on site. The actual cost to your business includes a stack of line items that most operators either never calculate or estimate with a vague "multiply by 1.5" rule of thumb that produces misleading numbers on both ends.
The consequence of using base wage instead of loaded rate is structural. You bid jobs too low because your cost basis is too low. You run at margins that look acceptable on paper but collapse under real-world overhead. And you cannot have an honest conversation with your clients about pricing because your own internal numbers are wrong.
The Five Buckets of Loaded Rate
The loaded hourly rate breaks down into five cost buckets. Each one is a category most operators already know about, but few roll up into a single number that actually gets used in bidding.
1. Base Wage and Payroll Taxes
Start with the base hourly wage. Then add employer-side payroll taxes: FICA, Medicare, federal and state unemployment. The IRS and BLS publish the standard rates, but a reasonable planning assumption for most US operators is that employer payroll taxes add roughly 7.65% on top of base wage for Social Security and Medicare, plus another 0.6% to 6% for unemployment insurance depending on state and experience rating.
For a $32/hr base wage, this bucket is roughly $32 plus 10-13% — call it $35.20 to $36.20 per productive hour.
2. Benefits Load
Benefits are the largest add-on for most operators, and the one most likely to be underestimated. This bucket includes health insurance, dental and vision, retirement contributions, paid time off, paid holidays, workers compensation insurance, and any life or disability coverage you provide.
The Bureau of Labor Statistics publishes Employer Costs for Employee Compensation data quarterly, and for private industry workers in installation, maintenance, and repair occupations, benefits consistently run in the 25-35% range on top of wages. The exact number depends on your geography, insurance market, and benefit structure, but for planning purposes, industry reports suggest that a 30% load is a reasonable baseline for most commercial FM operators.
3. Non-Billable Time
This is the bucket that catches most operators off guard. You pay your technician for 40 hours per week. How many of those hours actually generate billable revenue?
The honest answer is almost never 40. Technicians spend time on travel between jobs, on parts runs, on training, on paperwork, on mandatory safety meetings, on PTO, on holidays, on shop time between dispatches. For a typical commercial FM operation, actual billable utilization falls somewhere between 65% and 80% of paid hours.
The math is straightforward but painful. If you pay a technician for 2,080 hours per year and only 70% of those hours are billable, you have 1,456 billable hours but you are paying for 2,080. The cost per billable hour is 2,080 / 1,456 = 1.43x the hourly cost from buckets 1 and 2. This is the multiplier that kills margins when operators ignore it.
4. Tools, Truck, and Equipment
Technicians do not arrive at job sites empty-handed. Every billable hour is subsidized by the fleet vehicle, fuel, insurance, tools, uniforms, PPE, phone, and any diagnostic equipment or specialty tooling the trade requires.
The specifics vary enormously by trade. A residential HVAC technician needs a truck, recovery equipment, refrigerant, meters, and a tool set that might total $15,000-$25,000 in capital plus $8,000-$15,000 per year in operating costs. A commercial electrician adds specialty testers and potentially expensive specialty tooling. A plumber adds drain equipment and camera systems.
For planning purposes, a reasonable baseline for a fully equipped commercial trade technician is $12,000 to $20,000 per year in truck, fuel, tools, and equipment costs. Divide by billable hours to get the per-hour loading. At 1,456 billable hours and $16,000 in annual equipment costs, that adds about $11 per billable hour.
5. Overhead Allocation
The fifth bucket is the share of company overhead that each technician has to cover. Dispatch, scheduling, billing, sales, management, office rent, software, insurance, and every other cost that is not directly tied to a single technician.
Overhead allocation is where most operators wave their hands and pick a number. A more rigorous approach is to total your annual non-direct costs and divide by the number of billable technician hours across the company. If your annual overhead is $600,000 and your team of 10 technicians produces 14,560 billable hours, your overhead allocation is roughly $41 per billable hour.
This sounds high until you compare it against how overhead is actually structured. Small operators often have less overhead per hour because they wear more hats. Larger operators have more overhead but also more scale to absorb it. The honest number for most mid-market commercial FM operators falls somewhere between $25 and $60 per billable hour.
The Worked Example
Pulling it all together for a $32/hr base wage commercial HVAC technician at a mid-market FM operator:
Bucket
Calculation
Cost/Billable Hour
Base wage (billable hours basis)
$32 / 0.70
$45.71
Payroll taxes (~11%)
$45.71 x 0.11
$5.03
Benefits load (~30%)
$45.71 x 0.30
$13.71
Truck, tools, equipment
$16,000 / 1,456 hrs
$10.99
Overhead allocation
Company basis
$35.00
Total loaded rate
$110.44/hr
The technician's base wage is $32. The real cost to the business per billable hour is just over $110. That is a 3.45x multiplier on base wage, not the 1.5x rule of thumb most operators use.
If you are bidding jobs at $95/hr thinking you are making margin on a $32/hr technician, you are actually losing money on every hour. This is not rare. It is the default for operators who have never built a loaded rate spreadsheet.
Where the Standard Multipliers Go Wrong
The common industry rules of thumb — 1.5x, 2x, 2.5x base wage — produce wildly different numbers depending on which one you pick, and none of them are accurate for any specific operator. The loaded rate is operator-specific because overhead structure, benefit load, and utilization rate vary significantly between companies.
The only useful approach is to build the formula for your own business. Pull your actual numbers from payroll, benefits broker statements, fleet expenses, and your P&L. Calculate your real billable utilization from your CMMS or dispatch data. Do not use industry averages as your final answer. Use them as sanity checks against your own numbers.
What to Do With the Loaded Rate
Once you have your loaded rate, three things change immediately.
Bidding gets honest. You stop quoting jobs based on wishful thinking and start quoting based on actual cost plus target margin. Jobs that looked profitable at $95/hr reveal themselves as loss-makers, and you either raise the rate or decline the work.
Dispatch efficiency becomes the highest-leverage metric. Every percentage point of improvement in billable utilization reduces your loaded rate dollar-for-dollar. Going from 70% to 75% utilization on that $32/hr technician cuts the loaded rate by about $7 per billable hour — more than a 6% margin improvement without touching the client price.
Contractor-versus-employee decisions become clearer. A 1099 contractor rate of $75 per hour looks expensive until you compare it against a fully loaded $110/hr employee rate. For variable-demand work, contractors are often cheaper on a loaded basis, which is why most commercial FM operators run hybrid models.
The Dispatch Connection
The loaded rate formula is the clearest argument for investing in dispatch efficiency. Every minute a technician spends waiting for a dispatch, driving an inefficient route, or sitting in the shop is a minute billed against base wage, benefits, and overhead without producing revenue. Dispatch automation is not a software purchase. It is a multiplier on your most expensive asset.
If your billable utilization is at 65% and a better dispatch system can push it to 78%, the impact on your loaded rate — and your margins — is direct and measurable.