Gross profit per plumbing technician measures how much gross profit a technician’s work produces after direct job costs. A practical calculation is:
Revenue per Technician × Gross Margin % = Gross Profit per Technician
There is no reliable published national average for gross profit per plumbing technician. Instead, plumbing companies should calculate the metric from their own technician revenue and job-costing data, then compare results across similar departments and service models.
Is There a Reliable Gross Profit per Plumbing Technician Benchmark?
No credible source we found publishes a universal U.S. benchmark stating that a plumbing technician should generate a specific dollar amount of gross profit per year.
That distinction is important.
Published industry sources provide useful benchmarks for the inputs that determine gross profit per technician—including technician revenue, gross margin, direct labor, materials, and callbacks—but those inputs should not be combined and presented as though the resulting number were a published industry average.
For example, ServiceTitan’s plumbing profitability guidance recommends targeting an average gross margin of approximately 60%–62% across plumbing services. ServiceTitan describes this as a target, not an industry average, and notes that gross margins should be evaluated by department because installation, service and repair, maintenance, and new construction can produce different economics. ServiceTitan
That makes gross profit per technician best viewed as a calculated company KPI, not a one-size-fits-all benchmark.
Key Published Plumbing Benchmarks
The following data points can help plumbing owners understand the inputs behind technician gross profit.
| Metric | Published Target / Data | Source |
| Average plumbing gross margin | 60%–62% | ServiceTitan plumbing profitability guidance |
| Service & maintenance labor | ≤20% of revenue | ServiceTitan Contractor Playbook |
| Parts & supplies | ≤15% of revenue | ServiceTitan Contractor Playbook |
| Callbacks | ≤1% | ServiceTitan Contractor Playbook |
| Plumbing service technician average ticket | ≥$500 | ServiceTitan Contractor Playbook |
ServiceTitan’s Contractor Playbook lists these as performance targets for plumbing service and maintenance businesses. They should not be described as observed averages across all plumbing contractors. ServiceTitan
Owners can compare the gross-margin component in greater detail in KMF’s plumbing gross margin benchmarks.
What Is Gross Profit per Plumbing Technician?
Gross profit per technician estimates how much gross profit remains from the revenue generated by a technician after direct costs associated with performing that work.
The basic relationship is:
Technician Revenue − Direct Job Costs = Technician Gross Profit
It can also be calculated as:
Revenue per Technician × Gross Margin % = Gross Profit per Technician
Suppose a technician generates $250,000 in annual revenue and the work produces a 60% gross margin.
$250,000 × 60% = $150,000
The calculated gross profit per technician would be $150,000.
That $150,000 is an illustrative mathematical example. It is not a published industry benchmark.
The revenue side of the equation is covered separately in KMF’s revenue per plumbing technician benchmarks.
Gross Profit per Technician vs. Revenue per Technician
Revenue per technician and gross profit per technician answer different questions.
Revenue per technician asks:
How much revenue did the technician produce?
Gross profit per technician asks:
How much of that revenue remained after direct job costs?
Consider two technicians who each produce $250,000 in annual revenue:
| Technician | Revenue | Gross Margin | Calculated Gross Profit |
| Technician A | $250,000 | 60% | $150,000 |
| Technician B | $250,000 | 45% | $112,500 |
Both technicians produced identical revenue, but Technician A generated $37,500 more gross profit.
Why might that happen?
Differences can result from:
- Labor cost
- Overtime
- Material usage
- Pricing
- Discounts
- Job mix
- Callbacks
- Rework
- Technician productivity
This is why revenue per technician by itself does not tell an owner how economically productive that technician’s work is.
What Costs Should Be Included?
The exact calculation depends on the company’s accounting and job-costing methodology, but gross profit generally subtracts direct costs required to perform the work from revenue.
Those costs may include:
- Direct technician labor
- Payroll burden allocated to jobs
- Parts and materials
- Equipment directly used on jobs
- Subcontractor costs
- Other direct job costs
ServiceTitan’s Contractor Playbook provides useful context for plumbing service and maintenance operations by targeting direct labor at no more than 20% of revenue and parts and supplies at no more than 15%. ServiceTitan
However, plumbing companies need to use consistent accounting definitions. A company that includes certain costs in cost of goods sold cannot fairly compare its gross margin with another company that classifies those same expenses as overhead.
Gross Profit per Technician vs. Net Profit per Technician
Gross profit is also different from net profit.
A simplified income statement looks like this:
Revenue
− Direct Job Costs
= Gross Profit
Then:
Gross Profit
− Operating Expenses / Overhead
= Operating Profit
Office payroll, marketing, software, rent, management salaries, insurance, and other overhead expenses generally sit below gross profit rather than being assigned directly to one technician.
This distinction matters because a technician can produce strong gross profit while the company as a whole still produces weak net profit because overhead is too high.
That is why gross profit per technician should eventually be analyzed alongside plumbing EBITDA benchmarks rather than treated as a standalone measure of company profitability.
Why Average Ticket Matters
Gross profit per technician starts with revenue production, and average ticket is one of the major drivers of technician revenue.
ServiceTitan’s Contractor Playbook lists a target average ticket of at least $500 for a plumbing service technician, along with a closed-call target of at least 90%. ServiceTitan
Average ticket should not be optimized in isolation, however. Higher revenue only improves gross profit when the company protects its margin.
KMF’s plumbing average ticket benchmarks explains that part of the technician economics equation in greater detail.
What Does Published Revenue per Technician Data Show?
Revenue per technician is one of the strongest inputs for calculating gross profit per technician because it measures how much billable production each field employee generates.
BuildOps’ 2026 commercial contractor benchmark reports an industry benchmark of about $207,000 in revenue per technician for North American commercial service businesses. It also reports that best-in-class contractors generate about 65% more revenue per technician than the average contractor. BuildOps
Those figures come from commercial specialty trades, not residential plumbing alone, so they should not be presented as universal plumbing benchmarks.
The useful takeaway is that technician output can vary substantially depending on how efficiently the company schedules, supports, and utilizes its field workforce.
What Does $207,000 in Revenue per Technician Mean for Gross Profit?
If we combine BuildOps’ published $207,000 commercial revenue-per-technician benchmark with a stated gross-margin assumption, we can calculate illustrative gross-profit scenarios.
For example:
$207,000 × 60% = $124,200
$207,000 × 62% = $128,340
ServiceTitan’s plumbing profitability guidance recommends targeting approximately 60%–62% average gross margin across plumbing services. ServiceTitan
That produces the following calculation:
| Published / Assumed Input | Amount |
| Revenue per technician | $207,000 |
| Gross margin assumption | 60% |
| Calculated gross profit per technician | $124,200 |
| Gross margin assumption | 62% |
| Calculated gross profit per technician | $128,340 |
These gross-profit figures are KMF calculations, not published BuildOps or ServiceTitan gross-profit-per-technician benchmarks.
That distinction should remain visible on the page.
Illustrative Gross Profit per Technician Scenarios
The following table shows how gross profit changes as revenue and margin change.
These are mathematical examples only.
| Revenue per Technician | Gross Margin | Calculated Gross Profit |
| $150,000 | 50% | $75,000 |
| $150,000 | 60% | $90,000 |
| $200,000 | 55% | $110,000 |
| $200,000 | 60% | $120,000 |
| $207,000 | 60% | $124,200 |
| $207,000 | 62% | $128,340 |
| $250,000 | 60% | $150,000 |
| $300,000 | 60% | $180,000 |
The key lesson is that technician revenue and gross margin work together.
A company cannot evaluate technician economics accurately by focusing on only one side of the equation.
Why Can Two Technicians With the Same Revenue Produce Different Gross Profit?
Two technicians can generate identical revenue but produce very different gross profit because their direct costs may be different.
Consider this example:
| Metric | Technician A | Technician B |
| Revenue | $250,000 | $250,000 |
| Gross Margin | 60% | 45% |
| Gross Profit | $150,000 | $112,500 |
The difference is $37,500 of gross profit, even though both technicians produced the same revenue.
That difference can result from:
- Labor efficiency
- Overtime
- Parts and material usage
- Discounts
- Pricing
- Job mix
- Warranty work
- Callbacks
- Rework
This is one reason plumbing owners should evaluate both plumbing technician productivity and gross margin rather than relying solely on revenue.
How Does Technician Utilization Affect Gross Profit?
Technician utilization measures how much available technician time is converted into productive or billable work.
Higher productive utilization can increase revenue per technician because more of the paid workday is spent completing revenue-generating jobs rather than waiting, driving unnecessarily, handling paperwork, or dealing with preventable operational delays.
BuildOps’ Torque 2026 research analyzed more than 1,500 commercial contractors and found that best-in-class contractors generated about 65% more revenue per technician than average contractors with similar field headcount. BuildOps attributes much of that difference to better utilization, fewer callbacks, improved field-to-office coordination, and reduced administrative downtime. BuildOps
That does not mean increasing utilization automatically increases profit.
If technicians are rushed, quality declines, callbacks increase, or overtime rises, additional revenue can be offset by additional cost.
The goal is profitable utilization, not simply a fuller schedule.
How Do Callbacks Reduce Gross Profit per Technician?
Callbacks can reduce gross profit because the company may send a technician back to a job without generating additional revenue.
That second visit may consume:
- Technician labor
- Vehicle time
- Fuel
- Parts
- Dispatcher capacity
- Scheduling capacity
ServiceTitan’s Contractor Playbook lists callbacks at no more than 1% as a target for plumbing service and maintenance operations. ServiceTitan
A callback therefore affects technician economics twice.
First, it can add direct cost to the original job.
Second, it can consume time that could otherwise be used for another revenue-producing call.
This is why callback rate belongs beside revenue per technician, utilization, and gross margin when evaluating field performance.
Why Labor and Material Costs Matter
ServiceTitan’s Contractor Playbook lists two important targets for plumbing service and maintenance:
- Service and maintenance labor: ≤20% of revenue
- Parts and supplies: ≤15% of revenue ServiceTitan
These targets help explain why revenue alone is incomplete.
Suppose two technicians each produce $20,000 in monthly revenue.
If one technician’s jobs require substantially more labor hours, overtime, or material cost, that technician may generate less gross profit even though top-line production looks identical.
The purpose of gross profit per technician is to expose that difference.
Why Business Model Matters
Gross profit per technician should also be compared within similar types of plumbing work.
Service and repair technicians, new-construction crews, commercial technicians, and residential technicians can have different:
- Job lengths
- Material requirements
- Billing structures
- Labor models
- Travel patterns
- Pricing methods
- Gross margins
That is why a residential service technician should not automatically be compared with a commercial new-construction plumber.
KMF’s guides to service vs. new construction plumbing companies and residential vs. commercial plumbing companies explain these operating differences in more detail.
How Should Plumbing Companies Track Gross Profit per Technician?
Plumbing companies should track gross profit per technician using consistent job-costing rules. Revenue must be assigned to the correct technician, and direct labor, materials, parts, equipment, subcontractor costs, and other direct job expenses should be recorded consistently.
If costs are classified differently from one department to another, technician comparisons can become misleading.
A practical tracking sequence is:
Technician Revenue → Direct Job Costs → Gross Profit → Gross Margin %
Then compare technicians only within similar work types.
Track Revenue by Technician
The first step is to assign completed-job revenue to the technician or crew responsible for the work.
This is especially important when technicians perform different types of jobs.
A residential service technician, commercial plumber, installation crew, and new-construction plumber may have very different production patterns.
Revenue should therefore be reviewed alongside plumbing technician productivity benchmarks rather than as an isolated number.
Assign Direct Labor Consistently
Direct technician labor should be treated consistently across all jobs.
Depending on the company’s accounting method, direct labor may include:
- Hourly wages
- Payroll taxes
- Workers’ compensation
- Benefits
- Performance pay
- Job-specific labor burden
The exact method can vary, but the company should not calculate one technician’s gross profit using fully burdened labor while calculating another technician’s results using wages only.
Consistency matters more than using one universal accounting method.
Assign Materials and Other Direct Costs
Parts, materials, equipment, subcontractors, and other direct costs should also be assigned to the job whenever possible.
This allows the company to distinguish between:
High revenue / high cost
and
High revenue / strong gross profit
Those are not the same outcome.
Should Gross Profit per Technician Be Compared Across Departments?
Usually, no. Gross profit per technician should first be compared within similar departments and business models.
ServiceTitan’s plumbing profitability guidance recommends looking at gross margin by department because service, maintenance, installation, and new construction can produce different economics. (servicetitan.com)
For example, a service technician may complete multiple smaller jobs per day with relatively low material requirements.
A new-construction plumber may spend days or weeks on one project with heavier material and labor requirements.
Comparing the two directly can hide important differences in how each department produces revenue and margin.
KMF’s guide to residential vs. commercial plumbing companies explains why business model also matters when interpreting operating benchmarks.
How Does Gross Profit per Technician Connect to EBITDA?
Gross profit per technician helps measure field-level economics, but EBITDA measures profitability at the company level.
A technician may generate strong gross profit while the company still has weak EBITDA because overhead is too high.
The relationship is:
Technician Revenue
− Direct Job Costs
= Gross Profit
Then:
Gross Profit
− Office Payroll, Marketing, Rent, Software, Management and Other Overhead
= Operating Profit / EBITDA before applicable adjustments
This is why gross profit per technician should be viewed as one operating KPI within a larger financial system.
Owners can compare company-level profitability separately in KMF’s plumbing EBITDA benchmarks.
Why Gross Profit per Technician Can Matter to a Buyer
Gross profit per technician is not a standard business valuation formula, but the operating characteristics behind the metric can matter when a plumbing company is evaluated.
A buyer may want to understand whether revenue growth depends primarily on adding more technicians or whether the existing field team is being used efficiently.
They may also examine:
- Revenue per technician
- Gross margin
- Technician utilization
- Callback rates
- Labor efficiency
- Department profitability
- Owner dependence
- Field-to-office support
A company with strong technician economics may demonstrate that its field workforce can produce profitable revenue in a repeatable way.
Owners considering a future sale can review KMF’s plumbing business broker in Florida resource for more information on plumbing company sales.
Frequently Asked Questions
What is gross profit per plumbing technician?
Gross profit per plumbing technician measures the gross profit generated by a technician’s work after subtracting direct job costs.
A simple formula is:
Revenue per Technician × Gross Margin % = Gross Profit per Technician
What is a good gross profit per plumbing technician?
There is no reliable universal published plumbing benchmark for gross profit per technician. Companies should calculate the metric from their own revenue and job-costing data and compare technicians within similar departments and service models.
Is revenue per technician the same as gross profit per technician?
No.
Revenue per technician measures top-line production.
Gross profit per technician measures how much remains after direct job costs.
A technician can produce high revenue but relatively weak gross profit if labor, material, callback, discount, or rework costs are high.
Should labor be included in gross profit per technician?
Direct technician labor is generally part of direct job cost and should be included consistently when calculating gross profit.
The exact labor burden included will depend on the company’s accounting methodology.
How do callbacks affect gross profit per technician?
Callbacks can reduce gross profit because they consume labor, vehicle time, materials, and scheduling capacity without necessarily generating additional revenue.
ServiceTitan’s Contractor Playbook lists callbacks of 1% or less as a target for plumbing service and maintenance operations. (servicetitan.com)
Does technician utilization affect gross profit?
Yes, indirectly.
Better utilization can increase revenue per technician by converting more available field time into productive work. However, utilization that creates overtime, poor workmanship, or callbacks can reduce margin.
Should residential and commercial plumbing technicians be compared directly?
Not automatically.
Residential service and commercial plumbing can have different job lengths, pricing structures, labor requirements, material usage, and gross margins. Comparisons are more useful when technicians perform similar types of work.
How often should gross profit per technician be reviewed?
Monthly and trailing 12-month views can both be useful. Monthly reporting can identify recent changes, while longer periods help reduce the impact of seasonality and unusually large jobs.
Final Takeaway
Gross profit per plumbing technician is best treated as a calculated operating KPI, not a universal industry benchmark.
The basic formula is:
Revenue per Technician × Gross Margin = Gross Profit per Technician
Published industry data can help benchmark the inputs, but the final gross-profit figure should come from the company’s own revenue and job-costing records.
Owners should evaluate the metric alongside:
- Average ticket
- Revenue per technician
- Technician productivity
- Utilization
- Labor cost
- Material cost
- Callback rate
- Gross margin
- EBITDA
Together, those metrics provide a clearer view of how effectively a plumbing company’s field workforce converts labor capacity into profitable revenue.
For the broader operating benchmark library, see KMF’s plumbing business owner resources.