How Much Fire Pit Installation Owners Make: $8738K Year 1
A fire pit installation business owner can make about $8738K in Year 1 under the researched assumptions, before personal taxes, reserves, debt service, and any payroll not included in the data Here’s the quick math: 110 installs at a blended average ticket of about $11,727 produce $129M in revenue Listed direct job costs equal $2077K, referral and marketing costs equal $1161K, and fixed overhead is $924K This is a planning estimate, not a guaranteed salary or required owner draw
Owner income$522kNet margin40.5%Revenue for target pay$1.29MBusiness difficultyEasy
Want the six drivers of owner income?
1
Average Price
$11.7K
The Year 1 average ticket is $11,727, so even a small price lift goes straight to owner take-home.
2
Install Volume
9/mo
Year 1 output is 110 installs, so more finished jobs per month lifts revenue faster than almost anything else.
3
Gross Margin
839%
Job costs on stone, burner, fuel, permits, and delivery decide how much of each sale stays as profit.
4
Crew Productivity
High
When the crew finishes more installs with the same payroll, labor cost per job falls and take-home rises.
5
Lead Close
90%
Referral and marketing drive most early demand, so close rate changes how much work actually books.
6
Overhead Guard
$77K/mo
Fixed overhead and reserve discipline decide how much gross profit survives after the monthly bills hit.
Want to test your owner pay?
Owner income calculator
Estimate owner take-home and the target-pay gap from revenue, margin, costs, reserves, and target owner pay.
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Planning note: Research-based planning estimate only. It is not guaranteed salary, tax advice, or owner distribution advice. Actual take-home depends on revenue, margin, labor, overhead, reserves, and the mix of installs.
Want to see the full forecast and owner take-home?
The screenshot shows how the Fire Pit Installation Service Financial Model Template turns assumptions into owner-income planning. It covers dashboard outputs, income, pricing scenarios, install volume, cost build-up, monthly cash flow, sensitivity charts, and Year 1 revenue of $129M, Year 3 of $2,285M, and Year 5 of $3,423M; open the model to test your assumptions.
Owner-income model highlights
Owner draw planning
Margin and overhead
Pricing and volume scenarios
How many fire pit installs per month to make money?
Fire Pit Installation Service doesn’t have one universal make-money number; in the Year 1 model, it averages 92 completed installs per month, with $77,000 in monthly fixed overhead. For setup context, see How Do I Launch Fire Pit Installation Service Business?; the owner-pay target is: installs needed = fixed costs + owner pay + reserves ÷ average ticket × contribution margin.
Model target
92 completed installs per month
110 installs in the Year 1 model
$77,000 fixed overhead per month
749% contribution after listed costs
Break-even math
Break-even is under 1 install/month
Before owner pay and reserves
Before debt service
Before unmodeled payroll
What is the fire pit installation profit margin?
The Fire Pit Installation Service model shows a Year 1 gross margin of about 839%, with listed unit COGS at $1,432K before revenue-based direct costs. If you need startup-cost context, see How Much To Start Fire Pit Installation Service Business?; keep direct job costs separate from fixed overhead and owner draw.
Direct cost stack
$1,432K listed unit COGS total
Stone blocks and burner systems
Fire media, concrete shells, steel
Granite, lighting, control systems
Variable cost rules
Add 50% revenue-based direct costs
Gas fitter subcontractor and disposal
Equipment fuel, permit fees, delivery logistics
Add 90% for referral and marketing in Year 1
Can a fire pit installation business scale?
Yes—Fire Pit Installation Service can scale if the owner stops being the main installer and starts managing pipeline, crews, scheduling, quality control, and subcontractors. In the researched model, installs grow from 110 in Year 1 to 245 in Year 5, revenue rises from $129M to $3,423M, and operating profit before reserves and personal taxes climbs from $8,738K to $262M. The catch is simple: seasonality, weather delays, quality misses, hiring, and subcontractor coordination can hurt cash flow, and owner income may dip if crews or equipment are added before demand is steady.
What drives scale
110 installs in Year 1
245 installs in Year 5
Owner shifts to managing the pipeline
Revenue grows from $129M to $3,423M
Where it breaks
Seasonality can slow install volume
Weather delays push jobs back
Quality misses can create rework
Hiring too early can cut owner income
Key Takeaways
Higher project prices grow revenue faster than small cost cuts.
Completed installs, not leads, drive monthly revenue and cash.
Margin leaks from job costs reduce owner take-home.
Fixed overhead and reserves shape stability through slow seasons.
Compare lean, base, and high owner-income scenarios
Owner income scenarios
Owner income moves with install mix, ticket size, crew count, and fixed overhead. Year 1 is the lean case, Year 3 is the model base, and Year 5 shows the upside.
Compare low, base, and high owner income cases.
Scenario
Low CaseLabor not provided
Base CaseReserves editable
High CaseNot typical
Launch model
Lower owner income comes from the first-year operating profile and a lighter cash cushion.
Modeled owner income tracks the Year 3 operating case.
Stronger owner income depends on the Year 5 scale case.
Typical setup
Year 1 runs 110 installs at a $11,727 average ticket with 83.9% gross margin and about $92.4k in annual fixed overhead before any reserve set-aside.
Year 3 reaches 177 installs at a $12,910 average ticket with 84.6% gross margin and a larger crew base, while fixed overhead and labor stay in place.
Year 5 reaches 245 installs at a $13,971 average ticket with 85.2% gross margin, more crew capacity, and higher sales support.
Cost drivers
Job COGS mix
referral commissions
lead generation
fixed workshop overhead
crew payroll
Install volume
ticket size
referral commissions
marketing spend
payroll
Install volume
ticket uplift
sales support
labor scale
overhead spread
Owner income rangeBefore owner reserves
$522kLow income band
$959kBase income band
$1.61MUpside only
Best fit
Use this to stress-test the first operating year and a tighter staffing or demand plan.
Use this as the planning case for normal growth and day-to-day capacity.
Use this to test upside if capacity, demand, and close rates all hold.
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Planning note: Scenario ranges are researched planning assumptions, not guaranteed earnings, salary promises, tax advice, or distributions. Labor is not provided, and reserves are editable.
Fire Pit Installation Service Core Six Income Drivers
Average Project Price
Average Project Price
When the average fire pit job sells for more, owner income can rise faster than shaving a few dollars of cost. The Year 1 blended ticket is about $11,727, with project prices from $6,500 to $35,000; bigger custom layouts, seating walls, paver surrounds, gas burners, lighting, and patio add-ons push the average up when they’re priced in.
Here’s the quick math: at 110 installs, every extra $1,000 per job adds about $110,000 in annual revenue before related costs. This is a planning price, not a local quote, so the real question is whether the mix of base jobs and upgrades lifts ticket enough to improve cash flow and owner draw after direct labor and materials.
Raise Ticket With Clear Add-Ons
Track the inputs that set the average price: base fire pit, seating wall, paver surround, burner kit, lighting, and patio tie-in. If those items are not priced line by line, the average ticket slips even when the job looks larger on paper. One clean rule: price every upgrade before the crew starts work.
Measure average ticket by project type
Track upgrade attach rate by estimate
Compare sold price to quoted price
If larger designs close at a higher rate, revenue rises without needing more installs. But if discounts, missed add-ons, or underbidding pull the average below $11,727, owner pay gets squeezed fast because the same crew time is producing less revenue.
Overhead And Reserves
Fixed Overhead
$77K per month in fixed overhead, or $924K per year, comes out before owner pay, whether installs close or not. Here’s the quick math: if that spend doesn’t fall, the business has to cover it first, then pay the owner from what’s left. That means overhead discipline is a direct income driver, not a back-office detail.
This bucket includes the workshop and showroom lease, vehicle insurance and maintenance, design software, utilities, liability insurance, and dues. The key input is monthly fixed spend. Every $1 saved per month adds $12 a year to profit, while any increase raises the break-even load on each completed install.
Reserve Discipline
Reserves protect owner income when jobs slip or costs jump. They should cover warranty callbacks, slow-season cash, tool replacement, truck or trailer needs, maintenance, and replacement equipment. If reserves are too thin, the owner may have to pull cash out of operations just to keep the business running. That hits take-home fast.
Track reserve funding as a separate line from operating profit. Use a simple target for each risk bucket and review it monthly. Underfunding reserves can make the business fragile, even when sales look strong. A clean reserve plan helps keep payroll, repairs, and equipment replacement from stealing cash that should pay the owner.
Track fixed overhead monthly.
Separate reserves from profit.
Fund warranty and equipment needs.
Watch slow-season cash balances.
Completed Installs Per Month
Completed Installs Per Month
This driver is the count of finished, collected installs, not leads or booked estimates. In Year 1, the model uses 110 installs, or 92 per month; by Year 5, it rises to 245 installs, or 204 per month. More completed jobs turn pricing into cash, gross profit, and owner pay.
What this estimate hides is the calendar risk: booking gaps, weather delays, crew capacity, and spring or fall demand swings. If the team plans 92 installs but finishes fewer, revenue and gross profit drop fast, and fixed overhead still has to be paid.
Track Planned vs. Finished Jobs
Measure booked installs, scheduled installs, and completed installs separately. Lead volume should not be counted as output until the job is done. Here’s the quick math: actual installs minus planned installs shows the gap that can turn into lost gross profit when weeks sit idle.
Track these inputs by month: weather delay days, crew availability, job cycle time, and idle weeks. If a project slips past the season, cash comes in later and owner draw gets tighter. Sensitivity should compare actual installs against the plan, because one slow month can hurt the full year.
Completed installs, not leads
Planned vs. actual by month
Idle weeks and delay days
Collected jobs only
Gross Margin Control
Gross Margin Control
Gross margin is what’s left after direct job costs, before overhead and owner draw. In Year 1, the source data shows $1,432K unit COGS plus $645K revenue-based COGS, leaving $1,082M gross profit on $129M revenue. That pool pays the fixed bills and then supports what the owner can take home.
This driver includes stone, block, pavers, burner kits, gravel base, excavation, delivery, disposal, gas or electrical subcontracting, and crew labor if it is added. Every cost overrun hits owner income dollar for dollar unless it was built into the estimate upfront. One bad job can erase the profit from several clean installs.
Track Job Cost Drift
Price each job from a live cost sheet, not memory. Track estimated vs. actual cost by line item, then review the gap on every install. If stone, labor, delivery, or subcontracting runs hot, raise the next estimate or tighten scope before the margin leak becomes the new normal.
Use a simple job file with the inputs that move margin: materials, freight, disposal, excavation, subcontractor fees, and added crew hours. The goal is clean contribution after direct costs, because that is the cash that funds overhead and owner pay. If costs rise and price does not, take-home drops fast.
Estimated cost by job type
Actual cost at closeout
Margin variance by line item
Change orders before work starts
Lead Quality And Close Rate
Lead Quality and Close Rate
If lead flow is strong but close rate is weak, owner income stays choppy. With Year 1 referral commissions at 50% of revenue and marketing plus lead generation at 40%, acquisition is a 90% load and totals $1,161K combined, so weak conversion quickly eats cash.
Track qualified residential leads, repeat designers, referral work, and estimate-to-sale conversion by booked install. Don’t count inquiries as revenue until the project is signed and scheduled; otherwise profit and owner draw look better than they are.
Measure Cost per Sold Project
Here’s the quick math: the business only pays when a lead becomes a sold project. If the same spend produces fewer booked installs, cost per sold project rises and owner pay falls.
Track sold jobs, not inquiries.
Split referral and paid leads.
Watch estimate-to-sale weekly.
Cut weak source channels fast.
What this hides is timing. Slow follow-up, weak estimate-to-sale conversion, or referral work that never books can leave revenue looking busy but cash thin.
Crew Productivity
Crew Productivity
Crew productivity is the gap between estimated hours and actual hours on each fire pit install. Since the model has no crew payroll, the owner should enter labor hours, labor rate, and subcontractor cost by job type. When a job runs long, it cuts margin first and then blocks the next install, so take-home pay falls twice.
Complex sites change the math fast: site access, excavation, base prep, masonry work, inspections, and crew skill all stretch job time. Track estimated hours versus actual hours by project tier so you can see which jobs are profitable, which crews are fast enough, and where pricing needs a labor buffer.
Track Hours By Job Tier
Build each estimate from hours × labor rate + subcontractor cost. Then compare actual hours to the estimate on every completed job. If one tier keeps overrunning, raise the labor allowance, tighten the scope, or assign a more skilled crew before you book more work.
Use a simple job log with tier, access issues, excavation depth, and inspection delays. That tells you whether slow jobs are a pricing problem or a crew planning problem, and it protects cash flow by keeping the next install from sitting idle.
