Average ticket is one of the most commonly tracked performance metrics in a plumbing service business, but it is also easy to misinterpret.
At its simplest, average ticket measures how much revenue a plumbing company generates per completed job. A higher average ticket can increase revenue without requiring more service calls, but that does not automatically mean the company is more productive or profitable.
Service mix, conversion rate, gross margin, technician productivity, callbacks, customer type, and even the way the metric is calculated can materially change the result.
Published plumbing benchmarks also vary. Some sources report averages, others establish performance targets, and individual contractor case studies can produce figures far above broader reference points.
For that reason, plumbing owners should use average ticket as part of a broader performance scorecard rather than searching for one number that applies to every company.
Plumbing Average Ticket Benchmarks at a Glance
Published figures provide useful reference points, but they do not all represent the same population or methodology.
| Average Ticket | Context | How to Interpret It |
| ~$315 | Plumbing service-call average cited by ServiceTitan from Home Service Hound | External reference point |
| $500+ | ServiceTitan Contractor Playbook target for residential plumbing service technicians | Performance target, not universal industry average |
| Up to ~$856 | Premium plumbing-job figure cited by ServiceTitan | Illustrates variation by job type |
| ~$1,500 | Individual plumbing contractor example published by ServiceTitan | Company example, not an industry benchmark |
| $800 → $2,500 | Individual contractor case study published by ServiceTitan | Company-specific improvement, not an industry average |
These figures should not be averaged together to create a supposed industry benchmark.
A company primarily performing routine repair work may naturally report a different average ticket from one completing sewer replacements, repipes, water-heater installations, or other larger jobs.
Geography, pricing, customer type, labor rates, material costs, service mix, and reporting methodology can also affect the result.
What Is Average Ticket in a Plumbing Business?
Average ticket measures the average revenue associated with a group of completed plumbing jobs.
The basic formula is:
Average Ticket = Completed Job Revenue ÷ Completed Jobs
Suppose a plumbing company completes 100 jobs during a month and generates $65,000 of completed-job revenue.
Its average ticket would be:
$65,000 ÷ 100 = $650
That means the average completed job produced $650 of revenue during that reporting period.
The relationship can also be reversed:
Revenue = Completed Jobs × Average Ticket
If a company completes 500 jobs at an average ticket of $650:
500 × $650 = $325,000
This illustrates why average ticket receives so much attention. Even modest changes in ticket size can materially affect revenue when multiplied across hundreds or thousands of jobs.
But the calculation is only useful when the company consistently defines what counts as a job and what revenue belongs to it.
Total Job Average vs. Opportunity Job Average
ServiceTitan makes an important distinction between Total Job Average and Opportunity Job Average.
Total Job Average can include completed jobs such as recalls, warranties, and no-charge jobs. Opportunity Job Average focuses on jobs that represent revenue-generating opportunities and excludes certain non-opportunity calls.
That distinction can materially change the reported number.
Consider a simplified example.
A company completes 100 calls, but 10 are warranty or no-charge callbacks. If management calculates average ticket using all 100 calls while another company uses only its 90 revenue opportunities, the two businesses are not measuring exactly the same thing.
Before comparing average tickets with an outside benchmark, owners should ask:
- Are warranty calls included?
- Are callbacks included?
- Are no-charge jobs included?
- Is revenue based on completed work?
- Are installation jobs mixed with service calls?
- Are discounts reflected consistently?
Without consistent definitions, benchmark comparisons can create false conclusions.
Why There Is No Single Plumbing Average Ticket Benchmark
ServiceTitan’s Contractor Playbook lists an average-ticket target of at least $500 for residential plumbing service technicians.
That is useful as a published performance target, but it should not be interpreted as proof that every plumbing company should produce exactly a $500 ticket.
Another ServiceTitan resource cites an average plumbing service call around $315, while individual contractor examples published by the company report average tickets substantially above $1,000.
The apparent contradiction disappears when the underlying businesses and methodologies are considered.
A company’s average ticket can change because of:
- service mix;
- pricing;
- customer type;
- repair versus replacement work;
- technician assignment;
- geography;
- financing and approved scope;
- discounts; and
- reporting methodology.
Average ticket is therefore most useful when treated as one component of broader plumbing business KPIs rather than as a standalone measure of company performance.
Average Ticket by Plumbing Service Type
Service mix is one of the biggest reasons average tickets differ between plumbing companies.
Consider the economic difference between:
Drain clearing → Leak repair → Fixture replacement → Water heater → Sewer replacement → Whole-home repipe
These jobs can involve very different labor hours, material requirements, equipment, complexity, and selling prices.
A plumbing company heavily weighted toward smaller repair calls may therefore have a lower company-wide average ticket than a business completing a large amount of replacement or sewer work.
That does not automatically mean the first company is underperforming.
The underlying work must be segmented before the numbers are compared.
The same principle applies when separating service vs. new construction plumbing companies. A service-call ticket and a construction project are different economic units and should not be combined into a single benchmark without understanding what the resulting number represents.
Repair and Routine Service Calls
Routine service work may include leak repairs, drain clearing, fixture repairs, troubleshooting, and other relatively short-duration jobs.
These calls can generate smaller tickets while still producing attractive economics if technicians complete sufficient job volume and the work generates healthy gross profit.
That is why the next question should not simply be:
“How high is our average ticket?”
It should be:
“How does our average ticket interact with conversion rate, job volume, technician productivity, and gross profit?”
Those relationships become especially important when comparing residential and commercial plumbing work.
Residential vs. Commercial Plumbing Average Ticket
Residential and commercial plumbing average tickets should not automatically be compared using the same benchmark.
In residential service, a ticket often represents one service visit to a homeowner. The technician diagnoses the problem, presents the available scope of work, completes the approved repair or replacement, and the company records the resulting revenue.
Commercial plumbing can be more complicated.
A commercial “ticket” might represent:
- one service call;
- one work order;
- one invoice;
- scheduled maintenance;
- work across several locations; or
- part of a larger project.
A $1,000 residential ticket and a $1,000 commercial invoice may therefore represent very different amounts of labor, material, administrative effort, and collection time.
Customer type can also affect payment cycles and account concentration. These differences are explored further in residential vs. commercial plumbing companies.
For average-ticket benchmarking, the important principle is simple:
Compare similar work with similar work.
Residential service should generally be compared with residential service. Commercial maintenance should be evaluated against comparable commercial work rather than blended indiscriminately with residential repairs or construction projects.
Average Ticket and Conversion Rate
Average ticket becomes much more useful when analyzed alongside conversion rate.
A plumbing company can increase its average ticket while generating less revenue if fewer customers approve work.
Consider two hypothetical companies receiving 100 comparable opportunities.
| Metric | Company A | Company B |
| Opportunities | 100 | 100 |
| Conversion Rate | 50% | 80% |
| Average Ticket | $800 | $600 |
| Sold Jobs | 50 | 80 |
| Revenue | $40,000 | $48,000 |
Company A has the higher average ticket.
But Company B converts more opportunities and generates $8,000 more revenue from the same number of opportunities.
This does not automatically mean Company B has the stronger business. Gross margin, labor requirements, callbacks, acquisition costs, and other factors still matter.
It demonstrates why average ticket should not be optimized in isolation.
Revenue per Opportunity
One useful way to combine conversion and average ticket is:
Revenue per Opportunity = Conversion Rate × Average Ticket
Using the example above:
Company A:
50% × $800 = $400 per opportunity
Company B:
80% × $600 = $480 per opportunity
Revenue per opportunity helps management see how effectively available sales opportunities translate into revenue.
It also highlights a potential problem with focusing exclusively on ticket size. If average ticket rises because pricing or selling behavior causes conversion to fall sharply, the larger ticket may not produce more total revenue.
Owners should therefore monitor average ticket and conversion together.
Average Ticket and Technician Productivity
Average ticket is also closely connected with technician productivity.
Suppose Technician A completes two jobs per day at an $900 average ticket:
2 × $900 = $1,800 daily revenue
Technician B completes four jobs per day at a $650 average ticket:
4 × $650 = $2,600 daily revenue
Technician A has the higher ticket, but Technician B generates more daily revenue in this simplified example.
That does not prove Technician B is the stronger technician. Call type, drive time, labor hours, customer opportunities, callbacks, and job complexity may differ substantially.
A technician assigned primarily to sewer replacements or water heaters should not necessarily be compared directly with one running smaller repair calls.
This is why ticket size should be evaluated alongside completed jobs, utilization, conversion, callbacks, and other plumbing technician productivity benchmarks.
Technician-level average ticket becomes more meaningful when management compares similar opportunity types over a consistent period.
Average Ticket and Gross Profit
Perhaps the most important limitation of average ticket is that it measures revenue per transaction—not profit per transaction.
A larger job may require substantially more materials, labor, equipment, permits, subcontractors, or other direct costs.
Consider two hypothetical jobs:
| Metric | Job A | Job B |
| Revenue | $500 | $1,500 |
| Direct Costs | $200 | $1,200 |
| Gross Profit | $300 | $300 |
| Gross Margin | 60% | 20% |
Job B has three times the ticket size.
Yet both jobs produce the same $300 of gross profit.
If management looked only at average ticket, Job B might appear economically superior. Once direct costs are considered, the picture changes.
Gross Profit per Ticket
A useful companion metric is:
Gross Profit per Ticket = Average Ticket × Gross Margin
For example:
$500 × 60% = $300 gross profit per ticket
and:
$1,500 × 20% = $300 gross profit per ticket
This is why average ticket should be analyzed alongside plumbing gross margin benchmarks. A larger transaction can generate significantly more revenue without producing proportionately more gross profit.
The same concept applies at the company level.
Suppose average ticket increases because the company begins completing more sewer replacements, repipes, or water-heater installations. Revenue per job may rise substantially, but direct material and labor costs may also increase.
Management should therefore ask:
- Did average ticket increase?
- Why did it increase?
- Did gross profit per ticket increase?
- Did conversion change?
- Did jobs completed change?
- Did callbacks or warranty costs change?
- Did technician revenue improve?
Those questions reveal much more than the headline average-ticket number.
The next step is making sure the number itself is reliable, because inconsistent job definitions, warranty calls, multi-technician jobs, and mixed service categories can all distort plumbing average-ticket reporting.
Common Plumbing Average Ticket Calculation Mistakes
Before comparing a plumbing company’s average ticket with an outside benchmark, management should confirm that the underlying data is reliable.
Common problems include:
- mixing completed jobs with open estimates;
- inconsistently including warranty or callback visits;
- including no-charge jobs in some reporting periods but excluding them in others;
- combining routine repairs with major replacements;
- mixing residential and commercial work;
- mixing service and construction revenue;
- double-counting revenue when multiple technicians work on one job;
- treating discounts inconsistently; and
- comparing technicians who receive very different types of calls.
Multi-technician jobs deserve particular attention. Housecall Pro’s reporting documentation explains that revenue attribution can become distorted when the same job revenue is credited to multiple technicians rather than properly split.
The objective is not to find the calculation that produces the highest ticket. It is to establish a consistent methodology that makes comparisons across technicians, service categories, and reporting periods meaningful.
How to Segment Average Ticket for Better Benchmarking
A company-wide average ticket is useful, but it can hide important differences.
Suppose a plumbing company reports a $700 overall average ticket.
That number becomes more useful when management can determine whether it comes from:
Residential or Commercial → Service or Project Work → Service Category → Technician → Time Period
For example:
Company Average Ticket
→ Residential
→ Service
→ Water Heaters
→ Technician A
→ Trailing 90 Days
This type of segmentation helps separate true performance changes from changes in job mix.
If the company-wide average ticket rises from $600 to $750 because the business completed more water-heater replacements and sewer jobs, management should not automatically conclude that technicians improved their selling or operational performance.
The work mix changed.
Likewise, comparing a drain technician with a technician assigned primarily to repipes may reveal more about dispatch patterns than individual technician performance.
Average ticket can also be analyzed alongside field capacity. Comparing average plumbing company revenue by service trucks provides another perspective on how job volume and transaction size translate into company revenue.
How Average Ticket Affects Plumbing Company Revenue and EBITDA
Average ticket has a straightforward relationship with revenue:
Completed Jobs × Average Ticket = Revenue
Consider a simplified technician workload:
4 completed jobs per day × $600 average ticket × 220 productive days = $528,000
If the same job volume produced a $700 average ticket:
4 × $700 × 220 = $616,000
That represents an $88,000 difference in annual revenue under the simplified assumptions.
But revenue is only the beginning of the analysis.
If the higher ticket requires substantially more material, labor, marketing expense, financing cost, warranty work, or overhead, the additional revenue will not flow dollar-for-dollar into earnings.
Improvements in average ticket become financially meaningful when the resulting gross profit survives operating expenses and contributes to earnings. This makes plumbing EBITDA benchmarks the next level of analysis beyond individual transaction economics.
Owners should therefore evaluate average ticket as one driver of overall plumbing business profitability, not as a number that should always be pushed higher regardless of the consequences.
Frequently Asked Questions
What is a good average ticket for a plumbing company?
There is no universal number for every plumbing company. ServiceTitan’s Contractor Playbook lists a $500-or-higher target for residential plumbing service technicians, but service mix, geography, pricing, customer type, and calculation methodology can materially change an appropriate comparison.
How do you calculate plumbing average ticket?
The basic formula is:
Average Ticket = Completed Job Revenue ÷ Completed Jobs
Companies should consistently define which jobs and revenue are included before comparing periods, technicians, or outside benchmarks.
Is $500 a good plumbing average ticket?
ServiceTitan publishes $500 or higher as a residential plumbing service-technician target. It should be treated as a published performance target rather than a universal industry average. A company’s own service mix and economics determine whether the comparison is meaningful.
How can a plumbing company increase average ticket?
Average ticket can change through pricing, service mix, approved scope of work, repair-versus-replacement mix, and other operational factors. Management should monitor conversion, gross profit, callbacks, and customer outcomes alongside any increase.
Does a higher average ticket mean higher profit?
No. Average ticket measures revenue per transaction. A larger job can carry substantially higher labor and material costs. Gross profit per ticket provides additional context for determining whether larger transactions actually improve job economics.
Should residential and commercial plumbing use the same average-ticket benchmark?
Not automatically. Commercial tickets may represent service calls, work orders, maintenance visits, invoices, or projects, while residential service tickets often represent individual homeowner visits. Comparable definitions are necessary before benchmarking the two.
Conclusion
Plumbing average ticket benchmarks are useful, but the headline number tells only part of the story.
Published figures range considerably because they may represent different service types, contractor populations, targets, and reporting methodologies. A $500 average ticket can mean something very different in a repair-focused residential company than in a plumbing business performing substantial sewer, repipe, or replacement work.
The better approach is to calculate average ticket consistently, segment it by meaningful categories, and evaluate it alongside conversion rate, completed jobs, technician productivity, gross margin, and callbacks.
Ultimately, the goal is not simply to maximize average ticket.
It is to understand how effectively each plumbing opportunity converts into revenue, gross profit, and sustainable company earnings.