How Much Does A Radon Mitigation Business Owner Make At $787K Revenue

Radon Mitigation Owner Makes
Fully Editable
Instant Download
Professional Design
Pre-Built
No Expertise Is Needed
Radon Mitigation System Installation Bundle
See included products:
Financial Model iRadon Mitigation System Installation Bundle Financial Model template included in this product.
$149 $109
ADD TO YOUR ORDER
Business Plan iRadon Mitigation System Installation Bundle Business Plan template included in this product.
$79 $59
Pitch Deck iRadon Mitigation System Installation Bundle Pitch Deck template included in this product.
$49 $29
Bonus Strategy Pack iIncludes 9 bonus strategy templates:
$146 $94
YOU SAVE $0 TODAY
30-Day Money-Back Guarantee
Created by a Former CFO
Updated for 2026
One-Time Purchase
Description

Key Takeaways

Key Takeaways

  • Year 1 needs about 399 installs, or 33 monthly.
  • Average job price rises from $1,480 to $1,680.
  • Lead quality matters more than raw inquiry volume.
  • Keep $797k cash for hiring and callbacks.


Owner income iconOwner income$311k-$2.34M
Net margin iconNet margin28.7%-53.4%
Revenue for target pay iconRevenue for target pay$296k
Business difficulty iconBusiness difficultyHard

Want to test your radon mitigation owner income?

Owner income calculator

Estimate owner take-home and target-pay gap from revenue, margin, costs, reserves, and target pay.

$
71%
$
$
$
$
24%
10%
$

Planning note: Research-based planning estimate only. Actual owner income depends on revenue, margins, payroll, taxes, debt, and reinvestment. It is not guaranteed salary, tax advice, or owner distribution advice.



Want to see the full radon mitigation forecast?

The Radon Mitigation System Installation Financial Model Template shows revenue, EBITDA, breakeven, payback, cash need, and owner-pay logic. Open the model to review the assumptions and scenario tabs.

Owner-income model highlights

  • Owner pay is built in
  • Year 1 to Year 5
  • Pricing and cost assumptions
Radon Mitigation System Installation Financial Model dashboard summarizes key KPIs, runway and cash position with a dynamic dashboard for performance tracking and investor-ready reporting, solving cash-flow blind spots

What is the radon mitigation profit margin?


For Radon Mitigation System Installation, the modeled profit margin is very high because the job-level cost stack stays far below project revenue. In Year 1, margin before payroll and fixed overhead is 710%, and EBITDA margin is 287%; by Year 5, those rise to 765% and 534%. For the cost drivers behind that math, see How Increase Radon Mitigation System Installation Profits?

Icon

Year 1 margin math

  • 710% before payroll and overhead
  • 140% hardware and materials
  • 40% lab analysis and testing kits
  • 50% fuel and vehicle maintenance
Icon

Year 5 cost picture

  • 765% before payroll and overhead
  • 235% combined job-level costs
  • Fan units, PVC, sealants drive swings
  • Labor, callbacks, permits hit EBITDA

How much revenue does a radon mitigation business need?


For Radon Mitigation System Installation, revenue has to cover direct costs, payroll, overhead, marketing, and reserves before any owner draw. With 71% contribution after COGS and variable expenses, work backward from the full annual cost stack and divide by 0.71 instead of treating $85k as a promised salary.

Icon

Core cost stack

  • $4,150/month fixed overhead before wages
  • $15k annual marketing starts here
  • $150 CAC floor to watch
  • Direct costs come out first
Icon

Revenue formula

  • Use: fixed costs + payroll + marketing + reserves
  • Add target owner pay last
  • Divide by 71% contribution
  • Do not call it a guaranteed salary

How much can a radon mitigation business owner take home?


A Radon Mitigation System Installation owner can model $85k salary plus possible profit distributions in Year 1, but only if cash is left after taxes, debt service, reserves, and reinvestment; see How To Launch Radon Mitigation System Installation Business? for the operating setup behind that math. Year 1 EBITDA is $226k on $787k revenue, and Year 5 EBITDA reaches $2.255M on $4.22M revenue.

Icon

Owner Cash

  • Separate revenue from owner take-home
  • $85k General Manager salary option
  • $226k Year 1 EBITDA before deductions
  • Distributions depend on retained cash
Icon

Scale Tradeoff

  • Owner-operator lowers management overhead
  • Crew model scales installations faster
  • Payroll includes techs, office, sales
  • Track profit, payroll, and draws separately



Want the six drivers behind radon mitigation income?

1

Completed Installs

33/mo

About 33 installs a month in Year 1 drives most of the cash, and even with $226k EBITDA, missed bookings hit take-home fast.

2

Average Job Price

$1.48K

At about $1,480 per install in Year 1, small price lifts flow straight to profit because most overhead is fixed.

3

Gross Margin

71%

Year 1 profit after direct costs is about 71%, so every point of margin change moves EBITDA fast.

4

Lead CAC

$150

Customer acquisition cost (CAC) of $150 keeps growth efficient, but a higher CAC cuts owner income fast.

5

Crew Productivity

8h

Each install takes about 8 billable hours, so tighter routing and less rework let the same crew finish more jobs.

6

Overhead Control

$4.15K/mo

Fixed overhead is about $4,150 a month, so keeping rent, software, and office costs flat protects cash until volume scales.


Radon Mitigation System Installation Core Six Income Drivers



Completed Installs


Completed Installs

Completed installs are the revenue engine. At $1,480 per install, the model implies about 399 installs/year or 33/month; by Year 5, $1,680 per install implies about 2,135 installs/year. More finished jobs raise the revenue base, but owner income only improves if direct costs and overhead stay inside plan.

This driver includes the install count, job price, crew capacity, and how many jobs finish without callbacks. One clean install is worth more than a rushed one that needs a second visit. If volume climbs faster than scheduling control, warranty drag can wipe out the gain and slow owner draws.

Control install flow

Track the handoff from booked job to completed system. The key inputs are booked-to-complete rate, installs per crew day, callback rate, and warranty visits. Here’s the quick math: more completed work lifts cash only when the field team finishes jobs at the modeled margin, not just at a higher count.

  • Lock dates before selling.
  • Match jobs to crew capacity.
  • Measure callback cost per install.
  • Review margin every week.

If scheduling stays tight, completed installs turn into faster cash and a higher owner draw.

1


Average Job Price


Average Job Price

This driver is the price per radon mitigation install, and it sets how much revenue each crew day can produce. With 80 billable hours per installation, the model’s hourly price of $185 in Year 1 and $210 in Year 5 implies about $14,800 to $16,800 in install revenue per system. That extra price flows straight into contribution if close rates and callbacks stay steady.

Price has to cover home complexity, travel time, design work, local competition, and crew time risk. One clean rule: underpriced complex homes erase margin fast. If a job needs more setup, more driving, or more rework, the owner’s take-home falls even when bookings look strong.

Price to the job, not just the market

Track quoted hours vs. billed hours, then compare realized hourly rate by job type. If a “simple” job keeps turning into a long one, raise the base price or add complexity charges before the calendar fills up with low-margin work.

  • Log travel minutes per install.
  • Split jobs by home complexity.
  • Watch callback rate after price hikes.
  • Review close rate by quote level.
  • Protect margin on custom designs.

Here’s the quick math: every price step lifts gross profit only if the team still closes the deal and the system works the first time. If price goes up but callbacks also rise, the gain disappears in warranty time, fuel, and labor, and that cuts owner cash draw.

2


Gross Margin


Gross Margin

Gross margin is the profit left after direct job costs, before payroll, overhead, owner pay, taxes, and reserves. In this model, Year 1 direct and variable costs total 290% of revenue, with 140% hardware and materials, 40% lab and testing kits, 50% fuel and vehicle maintenance, and 60% referral commissions.

By Year 5, combined cost falls to 235%, so the owner’s take-home depends on keeping each install tight. Fan replacement, PVC waste, electrical coordination, sealing time, rework, and warranty visits can all widen job cost and eat the margin that pays the owner.

Track cost per install

Measure gross margin by job, not just by month. Use job price, materials, testing kits, fuel, commissions, and callback hours to see which homes really make money. Here’s the quick math: lower direct cost per install drops straight into profit available for owner pay.

  • Log costs on each install.
  • Tag rework and warranty visits.
  • Price complex homes higher.
  • Watch fuel and commission drag.

If direct costs rise faster than price, volume can look fine while cash stays tight. Margin discipline protects the owner’s draw because it keeps more of each job after the true install cost.

3


Lead Cost And Conversion


Lead Cost And Conversion

Lead cost only matters when it turns into a booked radon mitigation install. In this model, CAC is $150 in Year 1 and improves to $125 by Year 5, while annual marketing rises from $15k to $42k. If inquiries do not convert, cash gets burned before revenue shows up, so the real test is contribution margin per booked job, not raw lead volume.

Referral commissions start at 60% of revenue and fall to 45%, so paid search, local SEO, realtor referrals, and home inspector relationships should be judged by booked-install margin. Here’s the quick math: if a channel fills the calendar but CAC stays high, owner pay gets squeezed even when sales look busy. Lower CAC lifts profit without needing a price hike.

Measure CAC by booked install

Track each channel by inquiries, booked jobs, CAC, and contribution per install. That means counting how many leads become scheduled inspections, how many inspections become installs, and what each booked job nets after ad spend or referral commission. If a channel cannot beat your job-level margin, cut it fast. One clean rule: pay for jobs, not clicks.

  • Measure inquiry-to-booking rate
  • Measure booking-to-install close rate
  • Separate ad spend from referral commissions
  • Review CAC by channel monthly
  • Drop leads that do not convert

If a source delivers cheap leads but weak close rates, it can still hurt cash flow. What this estimate hides is wasted time on unqualified calls and follow-up. The fix is simple: score every channel by contribution margin per booked installation, then shift spend toward the sources that actually fill the schedule.

4


Crew Productivity


Crew Productivity

Crew productivity is how many completed installs you get from each labor hour. The model assumes 80 billable hours per installation, with staffing growing from 1 senior + 1 junior technician in Year 1 to 3 senior + 5 junior technicians in Year 5. When routing is tight, prep calls are done, vans are stocked, and callbacks stay low, the same payroll produces more billable work and lifts EBITDA (earnings before interest, taxes, depreciation, and amortization).

Owner labor is not the same as hired installer labor, because the owner also covers sales, scheduling, hiring, and quality control. If demand is weak and the team is hired too early, payroll runs ahead of revenue and cash gets tight. One clean rule: more output per paid hour is what turns labor into owner pay.

Track Billable Hours Per Crew

Measure billable hours per install, callbacks, and jobs completed per tech per week. Then separate owner time from field time so you can see how much capacity is really for production versus sales and ops. If the crew is busy but installs slip, you are paying for wasted motion, not growth.

Improve output with tighter routing, pre-job calls, stocked vans, and a fixed checklist for materials and closeout photos. Keep hiring tied to booked work, not hope. If each crew week adds more completed systems without more rework, EBITDA rises and the owner can take more cash out.

5


Overhead And Reserves


Overhead And Reserves

Owner take-home gets hit before any distribution because fixed overhead runs $4,150/month: $2,200 rent, $650 insurance, $250 software, $150 licensing, $400 utilities and telecom, and $500 accounting. That excludes wages, marketing, taxes, debt, benefits, and reserves, so cash profit can look fine while spend is still too high.

Here’s the quick math: if callbacks, slow hiring, or seasonality push work down, the reserve cushion has to cover the fixed burn and the gap in collections. The model’s $797k minimum cash in Month 2 signals a heavy early buffer need, especially with startup equipment and a service van tied up in the business instead of cash in the bank.

Hold Cash Before You Draw

Track monthly fixed overhead, cash burn, and reserve days separately from job profit. If overhead stays at $4,150 and collections slip, owner pay should wait until the reserve floor is covered. That keeps distributions from draining working cash when you need time for callbacks or crew ramp-up.

Use a simple rule: rebuild reserves after any big spend, then only pay out excess cash. Test this monthly against booked jobs, callback rate, and seasonality. One clean check: if cash on hand won’t cover the next 3 to 6 months of fixed overhead, the owner is funding the business, not earning from it.

6



Scenario objective: Compare lean, base, and high radon mitigation owner-income cases

Owner income scenarios

Owner income moves with install volume, crew size, and marketing spend. This model is cash-heavy at launch, but more crews raise capacity and quality-control risk.

Low, base, and high owner income cases for a radon mitigation contractor.
Scenario Low CaseLow Case Base CaseBase Case High CaseHigh Case
Launch model A lean owner-operator runs fewer installs than the base case and keeps cash tight. This is the modeled Year 1 operating case for a small crew with steady demand. This is the stronger Year 5 operating case with a larger crew and more capacity.
Typical setup The shop stays small, uses the Year 1 $1,480 ticket, relies on more owner labor, and keeps payroll lean while distributions grow slower. It uses $787k revenue, $226k EBITDA, a $85k general manager role, about $4,150 monthly fixed overhead, $15k marketing, and Month 5 breakeven. It uses $4.220M revenue, $2.255M EBITDA, a $1,680 install ticket, 76.5% contribution, larger payroll, and $42k marketing.
Cost drivers
  • Lower install volume
  • tighter payroll
  • more owner labor
  • fixed overhead
  • slower distributions
  • Job volume
  • 71.0% contribution
  • $4,150 fixed overhead
  • $15k marketing
  • Month 5 breakeven
  • Higher ticket size
  • larger payroll
  • 76.5% contribution
  • $42k marketing
  • multi-crew capacity
Owner income rangeBefore owner reserves Under $226kLow Case $226kBase Case $2.255MHigh Case
Best fit Use this to stress-test a slow start or a lean solo-led launch. Use this as the planning baseline for a normal small-crew build. Use this to test a scaled operation with strong demand and tighter quality-control needs.

Planning note: These scenario ranges are researched planning assumptions, not guaranteed earnings, salary promises, tax advice, or distributions.

Related Products

Frequently Asked Questions

The researched model supports an $85k General Manager role plus possible profit distributions if cash allows EBITDA is $226k in Year 1 on $787k revenue and $2255M in Year 5 on $422M revenue Owner take-home still depends on taxes, debt, reserves, and reinvestment