House Leveling Owner Take-Home: $110K Role Plus EBITDA Upside
House Leveling and Foundation Repair Bundle
A house leveling business owner can model $110,000 as an owner-manager role if the owner fills the General Manager seat, plus possible distributions from business profit after debt, reserves, taxes, and reinvestment In the researched base model, revenue grows from $2291M in Year 1 to $11740M in Year 5, with EBITDA rising from $884K to $7326M These are planning assumptions, not guaranteed earnings, salaries, distributions, or tax guidance The big swing factors are job mix, crew output, repair pricing, equipment costs, insurance, marketing efficiency, and warranty reserves
Owner income$110K baseNet margin39%–62%Revenue for target pay$285KBusiness difficultyHard
Want the six income drivers?
1
Repair Ticket
$900-$7.0K
Shifting more work toward underpinning lifts revenue fast, since Year 1 tickets range from $900 for crack repair to $7,040 for underpinning.
2
Job Volume
50/mo
More completed jobs per month spreads the $17,750 fixed overhead over more sales and pushes EBITDA up.
3
Gross Margin
74%-78%
Keeping direct material and field labor costs tight matters because Year 1 to Year 5 gross margin only moves a few points, and that change drops straight to owner income.
4
Crew Utilization
12.5-14.5h
Raising billable hours per active customer from 12.5 to 14.5 adds output without adding trucks, so the same crew earns more.
5
Lead Cost
$350-$450
Pulling CAC down from $450 to $350 protects margin as annual marketing spend rises from $45,000 to $110,000.
6
Overhead
$17.8K/mo
With minimum cash at $619K in Month 2, tight reserve control keeps fixed overhead from forcing a slowdown while the business ramps.
Want to test your owner take-home?
Owner income calculator
Estimate owner take-home and target-pay gap from revenue, gross margin, costs, reserves, and target pay.
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Planning note: Research-based planning estimate only. It is not guaranteed salary, tax advice, or owner distribution advice.
Want to check owner income in the forecast?
Open the House Leveling and Foundation Repair Financial Model Template to see the dashboard for revenue, EBITDA, cash need, IRR, ROE, break-even, and payback; the assumptions tab covers prices, hours, job mix, CAC, marketing, payroll, fixed costs, capex, and reserves. Revenue builds from underpinning, slab jacking, and crack repair, while cost tabs cover raw materials, crew labor, fuel, commissions, insurance, equipment leasing, and admin.
Owner-income model highlights
$110K manager role separate
Revenue grows $2.291M-$11.740M
EBITDA grows $884K-$7.326M
What affects foundation repair margins?
Margins in House Leveling and Foundation Repair get squeezed first by materials, steel, field labor, fuel, and commissions. If you're building How To Write A Business Plan For House Leveling And Foundation Repair?, Year 1 direct costs are 14% raw materials, 12% field labor, 3% fuel, and 5% commissions, or 34% before overhead. A 2-point miss on revenue can swing profit by about $458K, so pricing has to cover permits, subcontractors, and warranty callbacks.
Year 1 cost pressure
14% raw materials
12% field labor
3% fuel
5% commissions
Other margin drains
Steel components and vehicle maintenance
Permits and equipment use
Subcontractors and referral fees
Year 5 direct and variable costs: 28.2%
How much revenue does a foundation repair business need?
If your House Leveling and Foundation Repair business carries $17,750 in monthly overhead, $320K in payroll, and $45K in marketing, you need about $876K in annual revenue before extra owner distributions to break even. Here’s the quick math: with 34% direct and variable costs, your 66% contribution margin has to cover a $578K fixed payroll-and-marketing load, and operating break-even lands around Month 4 if close rate and job flow hold.
Break-even math
$17,750 monthly overhead
$213K annual fixed overhead
$320K payroll load
$45K marketing budget
Timing risks
66% contribution margin
$578K fixed load to cover
$876K break-even revenue
Weather and permits can shift timing
How much profit does a foundation repair company make?
A House Leveling and Foundation Repair company can model profit at $884K EBITDA on $2.291M revenue in Year 1, or a 38.6% EBITDA margin; see How To Write A Business Plan For House Leveling And Foundation Repair? for the planning setup. Profit is not owner take-home: an owner-manager can model $110K pay if they fill the General Manager role, while distributions come after reserves, taxes, debt, capex, and reinvestment.
Year 1 Profit
Revenue: $2.291M
EBITDA: $884K
Margin: 38.6%
Math: $884K / $2.291M
Year 5 View
Revenue: $11.740M
EBITDA: $7.326M
Margin: 62.4%
Owner-manager pay: $110K modeled
Key Takeaways
Higher ticket mix lifts revenue only if margin holds.
More completed jobs raise income, but stalled bookings drain cash.
Gross margin improves as materials and labor drop.
Reserves must cover $619K before owner distributions.
Compare owner income scenarios using operating assumptions
Owner income scenarios
Owner income rises as revenue, margin, and crew capacity scale. Early ramp, Year 3 run rate, and Year 5 scale give three practical planning views.
Compare early ramp, mid-scale, and mature owner income assumptions.
Scenario
Low CaseEarly ramp
Base CaseModeled case
High CaseUpside case
Launch model
This is the lower-earnings path tied to the first-year ramp.
This is the modeled earnings path around the Year 3 operating run rate.
This is the stronger-earnings path tied to Year 5 scale.
Typical setup
Year 1 revenue is $2.291M, gross margin is 74%, EBITDA is $884k, marketing is $45k, CAC is $450, and breakeven lands in Month 4.
Year 3 revenue reaches $6.330M, gross margin is 76%, EBITDA is $3.504M, marketing is $75k, CAC is $400, and estimator capacity is larger.
Year 5 revenue reaches $11.740M, gross margin is 78%, EBITDA is $7.326M, marketing is $110k, CAC is $350, and the owner runs scaled crews.
Cost drivers
Year 1 volume
74% gross margin
$45k marketing
$450 CAC
Month 4 breakeven
Year 3 revenue
76% gross margin
$75k marketing
$400 CAC
larger estimator capacity
Year 5 revenue
78% gross margin
$110k marketing
$350 CAC
scaled crews
Owner income rangeBefore owner reserves
$884,000Low income band
$3,504,000Base income band
$7,326,000High income band
Best fit
Use this to stress-test the launch period and slower lead flow.
Use this as the main planning case for budgeting and hiring.
Use this to test upside if lead flow, crews, and close rates all hold.
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Planning note: These scenario figures are researched planning assumptions and EBITDA proxies, not guaranteed earnings, salary promises, tax advice, or distributions.
House Leveling and Foundation Repair Core Six Income Drivers
Average repair ticket
Average repair ticket
The average repair ticket is the mix of job type, hours, and hourly price on each foundation repair. Here’s the quick math: 32 hours × $220 = $7,040 for underpinning, 12 × $185 = $2,220 for slab jacking, and 6 × $150 = $900 for crack repair. Bigger tickets lift revenue per crew day, but only if steel, excavation, warranty, engineering, and call-back costs stay in line.
By Year 5, rates of $260, $220, and $180 per hour can raise top line, yet underpricing complex sites can shrink EBITDA. Bigger jobs are not automatically better jobs; a high-ticket project with thin margin can pay less than two smaller, cleaner repairs and can tie up cash longer before the owner can draw profit.
Track ticket quality, not just size
Measure ticket by service line and by crew day. Use a job sheet that captures hours sold, hours used, direct materials, and warranty reserve. Then compare gross margin by job type, because revenue per crew day only helps if margin holds. If a larger job needs more steel or excavation than quoted, the ticket was too low.
Track quoted hours vs. actual hours.
Track steel, excavation, and warranty cost.
Track EBITDA by job type.
Raise price on complex sites.
Test pricing on the hardest homes first: steep access, bad soil, or extra engineering. If those jobs miss margin, tighten scope or add a complexity fee before they hit payroll. That protects cash flow and keeps owner pay tied to real profit, not just a bigger invoice.
Crew labor and utilization
Crew Labor and Utilization
Crew labor includes wages, overtime, training, safety, supervision, and idle time. In this model, field crew direct labor is 12% of revenue in Year 1 and 10% in Year 5, so every point of wasted time goes straight into lower gross profit and lower owner pay.
Higher utilization means more billable crew hours from the same trucks and people. Owner-operator setups can save management cost early, but they also cap sales and scheduling capacity. Hired crews can scale faster, but only if foremen, quality checks, and clean job costing keep overtime, rework, missed inspections, and bad handoffs from eating EBITDA.
Track Billable Hours Hard
Measure paid hours, billable hours, overtime, and idle days by crew. The key inputs are crew wages, job days, inspection delays, backlog quality, and handoff quality from estimator to crew. If billable hours rise without more trucks, EBITDA improves before fixed overhead grows.
Track billable hours per paid hour.
Flag overtime by job and crew.
Log rework and missed inspections.
Review estimator-to-crew handoffs.
The quick math is simple: if labor stays near 12% in Year 1 and drops to 10% by Year 5, more gross profit survives each job. What this hides is waste from callbacks and delays, so job costing has to separate productive labor from fix-it time.
Lead cost and close rate
Lead Cost and Close Rate
Lead cost and close rate decide how much of the marketing budget turns into paid foundation jobs. With $45K in Year 1 and $110K in Year 5, CAC moves from $450 to $350, which implies about 100 customers in Year 1 and 314 in Year 5. If leads are unqualified or bids are discounted, owner pay drops even when ad spend rises.
The key inputs are booked inspections, estimate-to-sale conversion, and margin discipline. A business can buy more leads and still lose cash if sales commissions push price cuts or if follow-up is weak. Here’s the quick math: budget ÷ CAC = acquired customers. Better close rates turn the same marketing spend into more profitable jobs and more cash for the owner.
Measure the funnel, not just spend
Track cost per booked inspection first, then track estimate-to-sale conversion. That shows whether the problem is lead quality, estimator skill, or pricing. If booked inspections are cheap but closes are weak, the ad spend is not the issue.
Count booked inspections weekly
Log estimates sent and won
Match commissions to gross margin
What this estimate hides: one bad sales process can make $350 CAC look fine while profit still shrinks. Tight follow-up, clear pricing, and no discounting protect take-home income better than just buying more leads.
Overhead, equipment, insurance, and reserves
Fixed overhead, equipment, insurance, and reserves
Fixed costs cut owner take-home even when monthly revenue looks healthy. Here, fixed overhead is $17,750 per month: $6,500 lease, $3,200 liability and workers comp insurance, $4,500 equipment leasing, $1,500 admin and audit, $1,200 utilities, and $850 software.
The business also carries heavy cash use in equipment and reserves: $85K injection rig, $45K pier lifting system, two $65K service trucks, $35K mini-equipment, plus other assets. The model’s minimum cash need is $619K in Month 2, so reserves come before owner distributions.
Protect cash before you pay yourself
Track monthly fixed burn against contribution from completed jobs, not just booked sales. If jobs slow or collections slip, the $17,750 overhead still hits the bank account. One clean rule: don’t release owner draws until the cash balance stays above the $619K Month 2 reserve floor.
Watch equipment use and insurance costs together. The rig, pier system, trucks, and mini-equipment only help income if they stay busy enough to justify the $4,500 monthly lease and the cash tied up in assets. If overhead rises faster than job volume, owner pay falls even when top-line revenue holds.
Gross margin per job
Gross Margin per Job
If a repair looks busy but direct costs run hot, owner pay gets squeezed fast. Gross margin is revenue minus direct job costs, before overhead and owner pay. In Year 1, 14% materials and steel plus 12% field labor leaves 74% gross margin; by Year 5, 12% materials and 10% labor leaves 78%.
That margin is what pays the office, trucks, and the owner. Add fuel and commissions to get contribution margin; the model shows 66% in Year 1. Watch the job risks that eat margin: callbacks, overtime, bad soil surprises, and subcontractor overruns. One bad repair can turn a strong ticket into thin cash.
Protect Job Margin
Job-cost every estimate and every change order. Track material %, field labor %, fuel, commissions, and rework by job type so you can see which repair wins and which one bleeds cash. A one-point swing in gross margin matters because it changes the money left for overhead and the owner’s draw.
Compare estimate to actual weekly
Approve overtime before it happens
Price extra excavation separately
Track callbacks by crew and soil type
Use subs only with fixed scope
Here’s the quick math: if the same job sells for more but labor, steel, and rework rise too, the owner still ends up with less cash. The cleanest jobs are the ones where the crew finishes once, the invoice matches the estimate, and the margin stays inside plan.
Completed jobs per month
Completed Jobs Per Month
Completed jobs per month is the pace that turns estimates into cash. In this model, revenue grows from $2291M in Year 1 to $4486M in Year 2 and $6330M in Year 3, so finished work has to keep moving. Capacity depends on crew days, weather, permits, inspections, equipment, and backlog quality.
Here’s the quick math: if booked jobs stall, they still consume payroll, trucks, and management time. Average billable hours per active customer rise from 125 to 145, which helps revenue per job, but only if crews stay productive and don’t lose days to delays or rework.
Track completions, not just bookings
Measure completed jobs, backlog age, and crew days used each week. Break out delays by permit, inspection, weather, materials, and equipment so you can see what cuts output. If completion rate slips while booked work rises, cash flow usually tightens before sales notices it.
Track booked vs. completed jobs
Review backlog age weekly
Log delay reasons by job
Schedule ready-to-start jobs first
Protect crew days from idle time
Use pre-start checks for access, permits, materials, and inspection timing before dispatch. That keeps field labor on revenue work, protects gross margin, and makes owner pay safer because finished jobs turn into billable cash instead of stranded payroll.
Disclaimer
Financial Models Lab provides this article and its calculators for educational and business-planning purposes only. They are not personalized financial, accounting, tax, legal, investment, or lending advice. Figures shown are illustrative planning estimates based on publicly available sources, observed market information, and stated assumptions; they are not guaranteed benchmarks, forecasts, quotes, or expected results. Actual startup costs, revenue, expenses, margins, funding needs, and break-even timing vary by location, date, business size, operating model, financing, and execution. Review the cited sources and replace sample assumptions with current local data, supplier quotes, and your own operating inputs. Calculator and financial-model outputs change when assumptions change. Consult qualified professional advisers before making material commitments. Financial Models Lab sells related templates and may link to its own products. Please report suspected errors through our contact page.
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