Revenue per plumbing technician measures how much company revenue is supported by each revenue-producing field technician. Published references vary widely, from roughly $155,000 per year to $250,000–$350,000 or more in stronger service operations, with some top-performer references above $400,000.
Those figures should not be treated as one universal plumbing-industry average.
Technician role, service mix, customer type, pricing, average ticket, job volume, conversion rate, productive time, dispatch, geography, and revenue-attribution methods can all change the result.
That makes revenue per technician most useful as a diagnostic KPI rather than a simple leaderboard.
For a broader view of operating performance, owners can also review KMF’s plumbing business owner resources.
Revenue per Plumbing Technician Benchmarks at a Glance
Current published references provide several useful comparison points.
| Published Reference | Revenue per Technician | How to Interpret It |
| Fieldproxy | $155,000/year | Reported plumbing benchmark |
| Fieldproxy Top 25% | $195,000+/year | Reported top-quartile threshold |
| Level | About $1,000/day | Plumbing diagnostic planning midpoint |
| Level | About $1,420/day | Strong plumbing planning scenario |
| Profit Driven Tech | $250,000–$350,000+/year | Published well-run-shop range |
| Profit Driven Tech | $400,000+/year | Published top-performer level |
These figures should not be averaged together to create a single plumbing-industry benchmark.
They come from different sources, contractor populations, methodologies, and definitions.
A residential service technician running several customer calls each day may have a very different revenue profile from a commercial plumber working longer assignments or a technician spending weeks on new-construction projects.
The more useful question is not:
“What should every plumber produce?”
It is:
“What level of revenue is appropriate for this technician role, business model, job mix, and available field capacity?”
Key Facts About Revenue per Plumbing Technician
| Key Fact | Answer |
| Basic formula | Plumbing revenue ÷ revenue-producing plumbing technicians |
| Published annual references | Roughly $155,000 to $350,000+ depending on source |
| Top-performer reference | $400,000+ |
| Daily planning references | About $1,000 to $1,420 per technician per day |
| Best use | Internal benchmarking and diagnosis |
| Main limitation | Different technician roles and business models are not directly comparable |
| Important companion KPIs | Average ticket, jobs completed, conversion, productive time, gross margin |
Revenue per technician becomes much more useful when owners understand what drives the number instead of treating the final result as the KPI itself.
How Do You Calculate Revenue per Plumbing Technician?
At the company level, the basic formula is:
Revenue per Plumbing Technician = Plumbing Revenue ÷ Revenue-Producing Plumbing Technicians
Suppose a plumbing service company generates $5 million in annual plumbing revenue with 20 revenue-producing technicians.
The calculation is:
$5,000,000 ÷ 20 = $250,000 per technician
That provides a high-level measure of how much company revenue the field workforce supports.
But the formula only works when the denominator is defined consistently.
Owners should determine:
- who qualifies as a revenue-producing plumbing technician;
- whether apprentices are included;
- whether part-time technicians are adjusted;
- whether installation and service technicians are combined;
- whether technicians were employed for the full measurement period; and
- whether revenue from other trades is excluded.
Without consistent definitions, comparisons between companies can become misleading.
The same problem can occur within one company if the calculation method changes from year to year.
A contractor that counts 15 technicians one year and then includes helpers, apprentices, or installers in the denominator the next year may create the appearance of falling productivity even when operations have not materially changed.
Consistency matters.
Company Revenue per Technician vs. Attributed Technician Revenue
There are two related ways to measure technician revenue.
The first is the company-level calculation:
Total Plumbing Revenue ÷ Number of Revenue-Producing Technicians
The second looks at revenue attributed directly to individual technicians.
These are not always the same thing.
For example, suppose two technicians complete a $5,000 installation.
If each technician is credited with the entire $5,000, technician-level reporting would show $10,000 of production even though the company only generated $5,000.
That is double counting.
A properly designed technician-reporting system should allocate revenue consistently when multiple technicians participate in the same job.
Owners should therefore understand whether a benchmark is measuring:
- company revenue supported by technician headcount; or
- completed revenue attributed to individual technicians.
This distinction becomes especially important in companies where jobs frequently require multiple plumbers, helpers, or installation crews.
A revenue-per-technician benchmark is only useful when the calculation method is comparable.
Revenue per Technician vs. Revenue per Employee
Revenue per technician and revenue per employee are different KPIs.
This is one of the easiest benchmarking mistakes to make.
Consider a plumbing company generating $5 million in annual revenue with:
- 20 field technicians; and
- 10 office, management, and support employees.
Revenue per technician is:
$5,000,000 ÷ 20 = $250,000
Revenue per employee is:
$5,000,000 ÷ 30 = $166,667
The same company produces two very different numbers because the denominator is different.
Revenue per technician focuses on field production capacity.
Revenue per employee measures broader organizational productivity.
Both can be useful, but they answer different questions.
Owners trying to understand technician production should avoid comparing a revenue-per-employee benchmark with a revenue-per-technician figure.
That can make the company appear either stronger or weaker than it really is.
Daily vs. Annual Revenue per Plumbing Technician
Daily revenue can make technician production easier to understand operationally.
A planning midpoint of about $1,000 per technician per productive day would translate to:
$1,000 × 220 productive days = $220,000 annually
A stronger planning scenario of about $1,420 per day would translate to:
$1,420 × 220 productive days = $312,400 annually
The 220 productive days in these examples are an assumption, not an industry benchmark.
That is important because annual technician revenue depends on more than how much a plumber produces on a strong day.
It also depends on how many productive days the company creates throughout the year.
Technician availability can be reduced by:
- holidays;
- vacation;
- training;
- callbacks;
- weather;
- slow periods;
- vehicle problems;
- schedule gaps; and
- insufficient booked demand.
That is why daily production targets should be connected to productive capacity rather than simply multiplied by 365 days.
What Drives Revenue per Plumbing Technician?
Revenue per technician is the result of several operating variables working together.
A useful starting relationship is:
Jobs Completed × Average Ticket = Technician Revenue
For example:
3 jobs per day × $700 average ticket = $2,100 per day
Another technician might produce:
5 jobs per day × $500 average ticket = $2,500 per day
The second technician has the lower average ticket but generates more revenue because more jobs are completed.
Neither average ticket nor job count tells the entire story by itself.
Owners should examine both together.
For a deeper comparison of transaction size, see KMF’s plumbing average ticket benchmarks.
The next step is to look at the other major drivers behind technician revenue: opportunity flow, conversion rate, productive time, dispatch, and business model.
Opportunities and Conversion Rate
For service plumbing, technician revenue can also be viewed through the number of qualified opportunities a technician receives and how effectively those opportunities are converted into completed work.
A useful relationship is:
Opportunities × Conversion Rate × Average Ticket = Technician Revenue
For example, suppose two technicians each receive four qualified opportunities in a day.
Technician A:
4 opportunities × 60% conversion × $800 average ticket = $1,920
Technician B:
4 opportunities × 80% conversion × $650 average ticket = $2,080
Technician A has the larger average ticket, but Technician B produces more revenue because more opportunities convert into completed work.
This illustrates why average ticket, conversion rate, and opportunity flow should be evaluated together.
It also raises an important management question:
Is low revenue per technician caused by weak field performance, or is the company failing to provide enough qualified opportunities?
A technician cannot convert work that never reaches the schedule.
That is why technician revenue should be reviewed alongside plumbing booking rate benchmarks and plumbing call center metrics.
Productive Time and Technician Utilization
Technicians cannot produce revenue during every paid hour.
A typical workday may include:
- driving between calls;
- waiting for the next assignment;
- supply-house trips;
- meetings;
- training;
- vehicle issues;
- administrative work;
- cancellations;
- callbacks; and
- other non-billable activities.
That makes productive field time an important driver of annual revenue per technician.
Two technicians may have similar conversion rates and average tickets but produce very different annual revenue if one consistently receives more productive field hours.
This is where revenue per technician overlaps with plumbing technician productivity benchmarks.
The distinction is useful:
Revenue per technician measures financial production.
Technician productivity measures how effectively available field capacity is converted into output.
A company may have skilled technicians but still produce weak revenue per technician if too much paid time is lost to travel, schedule gaps, callbacks, or poor job flow.
Dispatch and Call Volume Affect Technician Revenue
Revenue per technician should not be treated purely as an individual employee-performance metric.
Technicians need opportunities before they can produce revenue.
The operating chain is broader:
Marketing → Inbound Demand → Booking → Dispatch → Technician Opportunity → Completed Work → Revenue
Each stage can affect the technician’s final production.
A capable plumber receiving only two qualified calls per day may produce less revenue than a comparable technician receiving four or five well-routed opportunities.
That does not necessarily mean the first technician is less productive.
Low revenue per technician should therefore trigger diagnosis.
Management should ask:
- Are enough qualified calls being generated?
- Are those calls being booked effectively?
- Are technicians receiving the right type of opportunities?
- Is excessive drive time reducing productive capacity?
- Are cancellations creating schedule gaps?
- Are callbacks consuming field hours?
- Are parts or inventory issues delaying completion?
- Is technician-to-job matching appropriate?
For a deeper look at the scheduling side of this equation, see plumbing dispatcher metrics and benchmarks.
How Revenue per Technician Varies by Plumbing Business Model
Revenue per technician becomes less meaningful when fundamentally different plumbing business models are combined.
At a minimum, owners should separate:
- residential from commercial work; and
- service from new construction.
A technician producing $300,000 in one business model may not be economically comparable with a technician producing the same amount in another.
The work may differ in job duration, labor requirements, pricing, customer type, gross margin, and revenue attribution.
The broader rule is simple:
Compare technicians performing comparable work.
Residential vs. Commercial Plumbing Technicians
Residential service technicians often work through multiple homeowner calls during a day.
Their revenue can be influenced heavily by:
- call volume;
- average ticket;
- conversion rate;
- repair-versus-replacement mix;
- dispatch efficiency; and
- productive time.
Commercial plumbing may operate differently.
Commercial technicians may work with:
- facility managers;
- property-management companies;
- maintenance agreements;
- work orders;
- account pricing;
- approval requirements; and
- larger or longer-duration assignments.
A commercial technician may complete fewer calls while still supporting strong revenue and gross profit.
Revenue attribution can also be more complicated when billing occurs through broader work orders or project invoices rather than individual service tickets.
For that reason, residential and commercial technicians should not automatically be benchmarked against the same revenue target.
For more detail, see residential vs. commercial plumbing companies.
Service vs. New Construction Plumbing Technicians
The distinction becomes even more important when comparing service and new construction.
Service technician economics can often be analyzed through:
Opportunities × Conversion Rate × Average Ticket
New-construction plumbers operate under a different production model.
Their performance may depend more heavily on:
- labor hours;
- crew structure;
- project schedules;
- installed production;
- job budgets;
- change orders;
- material readiness; and
- whether work is completed within estimated labor requirements.
A plumber working several weeks on one construction project should not automatically be compared with a residential technician running several service calls each day.
For more detail, see service vs. new construction plumbing companies.
Revenue per Technician vs. Gross Profit per Technician
Revenue per technician measures production, but it does not show how much gross profit that production creates.
That distinction matters.
Consider two technicians:
| Metric | Technician A | Technician B |
| Revenue | $300,000 | $250,000 |
| Gross Margin | 35% | 50% |
| Gross Profit | $105,000 | $125,000 |
Technician A produces $50,000 more revenue.
But Technician B produces $20,000 more gross profit under these simplified assumptions.
A useful calculation is:
Gross Profit per Technician = Technician Revenue × Gross Margin
This demonstrates why higher revenue per technician does not automatically mean stronger economics.
A technician may generate more revenue but also require:
- more materials;
- more direct labor;
- more subcontractor expense;
- more callbacks;
- more overtime; or
- a less profitable job mix.
That is why technician revenue should be reviewed alongside plumbing gross margin benchmarks.
The goal is not simply to maximize top-line production.
The goal is to generate profitable production.
Revenue per Technician vs. Technician Labor Cost
Technician labor cost adds another layer to the analysis.
The broader management question is:
How much profitable production is the company receiving from its field-labor investment?
A technician producing $300,000 annually should not automatically be considered more economically productive than another technician producing $250,000.
The result can change depending on:
- compensation structure;
- overtime;
- benefits;
- commissions;
- supporting labor;
- job mix;
- gross margin; and
- callback workload.
Revenue identifies field production.
Gross profit and labor economics help determine the quality of that production.
That is why owners should avoid using revenue per technician as an isolated leaderboard.
Common Revenue-per-Technician Benchmarking Mistakes
Revenue-per-technician comparisons can become misleading when companies:
- confuse revenue per employee with revenue per technician;
- use total company revenue for a multi-trade business;
- include office employees in the technician denominator;
- mix service and construction technicians;
- combine residential and commercial technicians without segmentation;
- double-count revenue from multi-technician jobs;
- compare full-year technicians with recent hires;
- ignore part-time versus full-time employment;
- compare technicians receiving very different job types;
- use sold revenue in one period and completed revenue in another;
- ignore warranty and callback workload; or
- change revenue-attribution methods between periods.
Consistency is more important than producing the largest possible benchmark number.
A company that calculates the metric the same way over time can use it to identify trends, even when outside benchmarks are imperfect.
How Plumbing Companies Should Segment Revenue per Technician
A company-wide revenue-per-technician figure is useful as a starting point, but deeper segmentation makes the metric much more actionable.
A practical reporting structure is:
Company → Customer Type → Work Type → Service Category → Technician → Time Period
For example:
Plumbing Company → Residential → Service & Repair → Water Heaters → Technician A → Trailing 12 Months
This helps management determine whether changes in technician revenue reflect actual performance or simply a change in job mix.
A technician may appear to improve because the company assigned more replacement work. Another may appear weaker because they handled more low-ticket repair calls.
That is why revenue per technician should sit within a broader set of plumbing business KPIs rather than becoming an isolated technician leaderboard.
If technician revenue declines, management should investigate whether the cause is:
- fewer opportunities;
- weaker conversion;
- lower average ticket;
- reduced productive time;
- dispatch inefficiency;
- more callbacks;
- seasonality; or
- a change in service mix.
The goal is diagnosis.
How Revenue per Technician Affects Plumbing Company EBITDA
Revenue per technician connects field capacity with company-level financial performance.
Consider a simplified company with 10 revenue-producing technicians.
At:
$200,000 revenue per technician = $2 million annual revenue
At:
$250,000 revenue per technician = $2.5 million annual revenue
That is a $500,000 difference in company revenue with the same technician headcount.
But that extra $500,000 is not EBITDA.
Materials, direct labor, commissions, vehicle costs, warranty work, and other job-related expenses affect gross profit.
Office payroll, rent, marketing, software, insurance, management salaries, and other overhead then affect operating earnings.
Higher technician revenue becomes more valuable when the resulting gross profit survives those expenses and contributes to earnings.
That is why owners should compare field production with plumbing EBITDA benchmarks.
The stronger question is not:
“How much revenue does each technician produce?”
It is:
“How much profitable, repeatable production does each technician help the company generate?”
How Revenue per Technician Can Affect Plumbing Business Value
Revenue per technician can also provide insight into how efficiently a plumbing company uses its field workforce.
It does not determine business value by itself.
A buyer will usually look at a broader combination of factors, including:
- EBITDA or transferable SDE;
- gross margins;
- recurring revenue;
- customer concentration;
- technician retention;
- management depth;
- owner dependence;
- licensing;
- service mix; and
- operating systems.
But strong technician production can support the overall picture of an efficient business.
For example, a company that consistently produces strong revenue per technician without excessive overtime, callbacks, or owner involvement may demonstrate:
- better field utilization;
- stronger scheduling systems;
- better job flow;
- more scalable operations; and
- less dependence on adding headcount to grow revenue.
Those characteristics can matter when buyers evaluate transferability.
For owners considering a future sale, KMF’s plumbing business owner resources provide additional benchmarks related to profitability, operations, and business value.
Owners who are closer to a transaction can also review KMF’s plumbing business broker in Florida page for information about the sale process and valuation considerations.
Frequently Asked Questions
How much revenue should a plumbing technician generate per year?
There is no universal figure.
Published references range from roughly $155,000 annually to $250,000–$350,000 or more, with some top-performer references above $400,000.
The appropriate benchmark depends on technician role, customer type, service mix, geography, pricing, average ticket, productive time, and revenue attribution.
How much revenue should a plumber produce per day?
Daily planning references can be useful for understanding field capacity.
Figures around $1,000 per productive day and stronger scenarios around $1,420 per day provide useful planning points, but they should not be treated as universal industry averages.
Daily production should also be interpreted alongside the number of genuinely productive days available during the year.
How do you calculate revenue per plumbing technician?
At the company level:
Plumbing Revenue ÷ Revenue-Producing Plumbing Technicians
For individual technicians, companies may instead measure completed revenue properly attributed to each technician.
The important point is to use the same method consistently.
Is revenue per technician the same as revenue per employee?
No.
Revenue per technician uses revenue-producing field technicians as the denominator.
Revenue per employee includes a broader workforce that may include office, management, administrative, and support staff.
The two KPIs answer different questions.
Does higher revenue per technician mean higher profitability?
Not necessarily.
A technician can produce more revenue while generating less gross profit if the work requires more labor, materials, callbacks, overtime, or other direct costs.
That is why revenue per technician should be evaluated alongside gross margin and labor economics.
Should residential and commercial plumbers use the same revenue benchmark?
Not automatically.
Residential service and commercial plumbing can differ in job duration, pricing, account structure, call volume, approval requirements, and revenue attribution.
Benchmark comparable technicians performing comparable work.
Should service and construction plumbers use the same revenue benchmark?
Generally, they should be analyzed separately.
Service technicians often operate around call volume, conversion, average ticket, and daily production.
Construction plumbers may be better evaluated using labor hours, project budgets, crew performance, installed production, and completion within estimated labor requirements.
What causes low revenue per plumbing technician?
Low technician revenue can result from:
- insufficient call volume;
- weak booking performance;
- low conversion;
- low average ticket;
- poor dispatch;
- excessive travel;
- schedule gaps;
- callbacks;
- weak productive-time utilization; or
- an unfavorable service mix.
The correct response depends on identifying the underlying cause rather than assuming the technician is the problem.
Conclusion
Revenue per plumbing technician is a useful measure of field production, but no single number can describe every plumbing business.
The strongest analysis starts with the basic relationship:
Jobs Completed × Average Ticket = Technician Revenue
For service businesses, owners can go one step further:
Opportunities × Conversion Rate × Average Ticket = Revenue
And then connect top-line production to profitability:
Technician Revenue × Gross Margin = Gross Profit per Technician
That progression is more useful than treating revenue per technician as a stand-alone leaderboard.
By segmenting comparable technicians and evaluating revenue alongside productive time, average ticket, conversion, gross margin, labor cost, and EBITDA, plumbing owners can turn revenue per technician into a practical operating and financial diagnostic.
The goal is not simply to produce the largest revenue-per-technician number.
The goal is to create profitable, repeatable field production that supports stronger operations, healthier earnings, and a more transferable plumbing business.