Setting Your Hourly Shop Rate: Burdened Labor, Overhead, and Target Profit Math
The full shop-rate formula — burdened labor + overhead per billable hour ÷ (1 − margin target). Worked example lands $130/hr; why 50% vs 75% billable utilization changes everything.
A 15-point jump in billable utilization has the same effect on shop rate as a 20% cut in overhead. Scheduling is margin.
Your shop rate is the foundation of every bid
Ask most contractors what their shop rate is and you'll get a range of answers from “I charge $85 an hour” to “I don't really use a shop rate, I just quote jobs.” Both are problems. Whether you quote flat-rate or T&M, whether you're residential service or commercial, every bid you produce has an implied hourly rate for your crew's time. When that implied rate is below what you actually need to run the business, you lose money on every job and make it up — sometimes — on volume.
This guide walks through the math from the ground up: burdened labor cost, overhead allocation, target profit, and the jump from what you pay your tech to what you charge for their hour on site.
Step 1: Wage vs. burdened labor cost
The first trap is confusing a tech's wage with your cost for that tech. If you pay a journeyman $32/hr, your actual cost is usually $45–$52/hr. The delta is labor burden.
| Line | Rate | Effect |
|---|---|---|
| Base wage | $32.00 | Starting point |
| Payroll taxes (FICA, FUTA, SUTA) | + ~8% | $34.56 |
| Workers comp (varies by trade, 4–12%) | + 8% | $37.32 |
| Liability insurance allocation | + 3% | $38.44 |
| Health insurance | + $5/hr | $43.44 |
| PTO + holidays + training (~8% non-productive) | + 8% | $46.92 |
| Uniforms, phone, small tools | + $2/hr | $48.92 |
| Burdened labor cost | $48.92 | +53% over wage |
This is the number you plug into every job cost. Not $32. If you quote jobs at $32/hr cost and your real cost is $49, you're eating $17/hr on every billable hour.
Step 2: Overhead allocation
Overhead is everything that doesn't vary with a specific job: rent, office staff, vehicle payments, fuel, office supplies, software subscriptions, insurance premiums, marketing, owner salary, depreciation, legal, accounting.
Compute annual overhead, then divide by annual billable hours to get an hourly overhead allocation.
Example: 4-tech residential service shop
- Annual overhead: $320,000 (rent, office staff, 4 service vans w/ fuel and maintenance, software, insurance, marketing, owner salary)
- 4 techs × 2,080 hours × 70% billable efficiency = 5,824 billable hours/year
- Overhead per billable hour: $54.94
That's what your company overhead costs on top of every billable hour. Small shops with heavy trucks, multiple locations, or high marketing spend can see overhead allocation of $70–$100/hr.
Step 3: Target profit
Profit is what's left after all the above is paid. Set it intentionally, not by accident. 2026 profit benchmarks for residential service businesses:
- Surviving: 5–8% net profit
- Healthy: 10–15% net profit
- Thriving: 18–25% net profit
- Best-in-class: 25%+ (usually flat-rate residential service with strong brand)
If your target is 20% net profit, you need the equivalent of $0.25 of profit for every $1 of cost (because profit = revenue − cost, and $0.25 / $1.25 = 20%).
Shop rate math: put it together
Formula
Shop rate = (burdened labor + overhead per billable hour) ÷ (1 − target net margin)
Example
- Burdened labor: $48.92
- Overhead per billable hour: $54.94
- Cost per billable hour: $103.86
- Target net margin: 20% → divide by 0.80
- Required shop rate: $129.83 → round to $130/hr
Miss the overhead calculation and your rate will be $75/hr, which looks competitive, covers burdened labor, and delivers zero profit. Skip the profit target and you'll hit $104/hr — back to breaking even after a busy year.
The hidden variable: billable utilization
The single most impactful number in your shop rate calculation is billable utilization — the percentage of payroll hours that actually show up on an invoice.
| Billable % | Billable hours/year (2,080 × %) | Effect on overhead allocation |
|---|---|---|
| 50% | 1,040 | Overhead allocation: $76.92/hr |
| 60% | 1,248 | Overhead allocation: $64.10/hr |
| 70% | 1,456 | Overhead allocation: $54.94/hr |
| 80% | 1,664 | Overhead allocation: $48.08/hr |
Increasing billable utilization from 60% to 75% has the same effect on your shop rate as cutting overhead by 20%. This is why scheduling software, dispatching, and tight route planning have outsized ROI — every percentage point of billable time pulled forward is money.
Reconciling shop rate with flat-rate pricing
Flat-rate pricing is not an exception to shop rate — it's a derivative. Each flat-rate task has a standard time estimate. The price is: (standard time × shop rate) + materials + markup. Your book should implicitly bake in the shop rate.
Example: a ceiling fan install has a standard time of 1.25 hours. At $130/hr shop rate, that's $162.50 labor equivalent, plus $15 materials plus markup → ~$265 flat rate price.
When you raise your shop rate, you raise the flat-rate book accordingly. If your book stays flat while your costs rise, margin silently erodes.
How often should you review your shop rate?
Once a quarter minimum, fully annually at year-end. Triggers for an off-cycle review:
- Wage increases for techs
- Health insurance renewal (usually big)
- Insurance premium renewal
- Lease increase
- Adding a new service location or truck
- Fuel cost shifts of more than 15%
- Any new software contract or tool purchase that affects overhead
Shop rate mistakes
- Using wage instead of burdened cost. Always use fully-burdened cost. Wage is the starting point, not the cost.
- No overhead allocation. Overhead exists; if you don't allocate it to billable hours, you silently absorb it in profit.
- Ignoring billable utilization. A shop running 50% billable has a very different shop rate than one running 75%. Both are valid but only if the math matches reality.
- Benchmarking against competitor rates. Your competitor's rate is their cost structure, not yours. Do the math for your business, then decide how to position.
- Reviewing once every three years. Costs move every year. Review quarterly, adjust at minimum annually.
Frequently asked questions
- How do I calculate my hourly shop rate?
- Start with fully-burdened labor cost (wage + taxes + workers comp + health insurance + PTO + tools). Add overhead per billable hour (annual overhead ÷ annual billable hours). Divide the total by (1 − target net margin). A typical residential service shop lands at $120–$160/hr in 2026 at a 20% margin target.
- What's the difference between wage and burdened labor cost?
- Wage is what the tech takes home. Burdened cost is what the company actually pays, including payroll taxes (~8%), workers comp (4–12%), liability insurance allocation, health insurance, PTO/holidays, uniforms, phone, and small tools. Burden typically adds 40–60% on top of the wage. Use burdened cost, never wage, in your shop rate math.
- How does billable utilization affect my shop rate?
- Enormously. A tech working 2,080 annual hours at 50% billable only generates 1,040 billable hours, so overhead has to be spread across fewer hours, inflating the overhead allocation per hour. Lifting utilization from 60% to 75% has the same effect on shop rate as cutting overhead 20%. Dispatching and scheduling software have outsized ROI because of this.
- What's a typical shop rate for a residential service contractor in 2026?
- Most well-run residential service shops land $120–$160/hr for standard hours and $175–$275/hr for after-hours/emergency. Specialty trades (electrical, plumbing, HVAC) and premium markets push higher. The right rate for your business is whatever the math says, not what competitors advertise.
- How often should I review my shop rate?
- Review quarterly; update at minimum annually. Off-cycle triggers include tech wage increases, health insurance renewal, liability insurance renewal, lease or major overhead changes, and fuel price shifts over 15%. Rates that stay flat for 3+ years silently lose margin as costs creep up.
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