How much can this owner make?

A modeled owner can take $185,000 in pre-tax salary if they fill the principal engineering role Year 1 revenue is about $212M, but EBITDA is about negative $196k before taxes, reserves, debt service, and capex By Year 3, EBITDA reaches about $646k before reserves, so distributions may become possible

How long until it can fund distributions?

The model does not support operating distributions in the first year Year 1 EBITDA is about negative $196k, even before $195M of capex By Year 3, revenue reaches about $422M and EBITDA is about $646k before taxes and reserves, which is the first stronger distribution planning point

Do I need to own freezing equipment?

No, but ownership changes both margin and risk The model includes $195M of capex, led by $12M for mobile refrigeration plant units Ownership can help when utilization is high, but idle plants, debt service, maintenance, certification, and transport can reduce owner income

What affects ground freezing contractor profit most?

Margin discipline and utilization matter most Year 1 direct field costs are 320% of revenue, including 140% for energy and refrigerant and 100% for subcontracted drilling Payroll starts at $105M, fixed overhead is $4704k per year, and each one-point margin miss on Year 3 revenue is about $42k

What's the best way to plan owner pay?

Start with target owner salary, then back into revenue, margin, overhead, and reserves A $185k owner salary is included in payroll, but Year 1 revenue of $212M is below the roughly $241M operating break-even level Plan distributions only after payroll timing, insurance, bonding, repairs, and reinvestment are covered

Ground Freezing Owner Income: $185k, $212M-$672M

A ground freezing business owner can model $185,000 of pre-tax owner salary in the first year if the owner fills the principal geotechnical engineer role Under the researched assumptions, Year 1 revenue is about $212M, but operating cash is about negative $196,000 before taxes, reserves, debt service, and capex By Year 3, revenue reaches about $422M and EBITDA is about $646,000 before taxes and reserves Owner take-home depends on backlog, project margin, equipment use, overhead, cash reserves, and whether the owner also sells, estimates, or manages projects

Owner income$185k

Net margin54%–65%

Revenue for target pay$344k

Business difficultyHard

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.

Planning note: This is a researched planning estimate, not guaranteed salary, tax advice, or owner distribution advice. It excludes taxes, benefits, bonding, and legal advice.

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The screenshot shows owner take-home, revenue, margin, costs, reserves, and assumptions. Open the Ground Freezing Construction Service Financial Model Template.

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What costs affect ground freezing contractor profit?

For a Ground Freezing Construction Service, profit gets squeezed most by Year 1 direct field costs at 320% of revenue: 140% energy and refrigerant, 100% subcontracted drilling, 50% mobilization and logistics, and 30% project insurance. If you track the right KPIs, like What Are The 5 KPI Metrics For Ground Freezing Construction Service Business?, you can see which cost line is hurting take-home fastest.

Field cost drivers

140% energy and refrigerant
100% subcontracted drilling
50% mobilization and logistics
30% project insurance

Profit pressure points

Payroll: $105M in Year 1
Payroll: $247M by Year 5
Fixed overhead: $392k/month
Capex: $195M

A 1-point margin miss on $422M Year 3 revenue moves cash by about $42k, so small pricing or cost slips matter fast. The simple rule is this: keep energy use, drilling hours, and mobilization tight, because those three lines hit profit before the project even leaves the ground.

How much can a ground freezing contractor owner pay themselves?

A Ground Freezing Construction Service owner can model $185k salary in Year 1 if they fill the principal geotechnical engineer seat, but not take distributions; the model still shows about negative $196k EBITDA before taxes, reserves, debt service, and $195M capex, as detailed in What Are Operating Costs For Ground Freezing Construction Service?. By Year 3, with about $646k EBITDA before reserves, salary plus planned distributions can work if backlog, collections, and bonding cash stay healthy.

Year 1 Pay

Model salary: $185k annually
EBITDA: about negative $196k
Distributions: not supported
Cash priority: capex, debt, reserves

Year 3 Upside

EBITDA: about $646k
Pay can include distributions
Backlog must stay funded
Owner role cuts hiring needs

Is a ground freezing business more profitable if it owns equipment?

Ground Freezing Construction Service can earn more by owning equipment only when utilization is high and backlog is steady. The model starts with $195M in capex, including $12M for mobile refrigeration plant units, $250k for insulated piping, $180k for thermal sensors, and $320k for vehicles, while leasing income rises from about $56k in Year 1 to $260k in Year 5. Renting or subcontracting lowers fixed risk, but debt service, maintenance, idle time, transport, certification, and repairs can still cut owner take-home if work is lumpy.

Own when the fleet stays busy

Higher utilization improves margin
Steady backlog supports ownership
$195M capex needs scale
Leasing revenue can add income

Rent when demand is uneven

Lower fixed risk from renting
Less idle-time loss on slow jobs
Fewer repair costs hit cash flow
Margin caps if you stay subcontracted

Ground Freezing Construction Service Financial Model

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Want the six biggest income drivers?

Backlog Value

$212M-$672M

More signed backlog lifts revenue fast, but only if bids cover risk, delays, and rework.

Gross Margin

680%-736%

Gross margin feeds take-home cash directly, so a few points matter more than top-line size.

Equipment Use

$195M

Better equipment use spreads plant cost across more billable hours and raises EBITDA.

Crew Output

$105M-$247M

Higher crew output lowers payroll per project hour and keeps jobs on schedule.

Mobilization Mix

$120K-$220K

Shorter moves and smarter site geography cut non-billable time and protect margin on remote work.

Overhead Buffer

$4.7M

Keeping overhead and reserves tight matters because strong revenue can still burn cash.

Ground Freezing Construction Service Core Six Income Drivers

Contract Value And Backlog

Contract value is the signed work left to earn, and backlog is the total booked value not yet billed. For this business, the key inputs are active customers, billable hours, contract length, and price per hour. A larger backlog helps spread $4,704k of annual fixed overhead and a $105M technical payroll base across more work.

Here’s the quick math: modeled revenue rises from about $212M in Year 1 to $672M in Year 5 as more customers, higher prices, and a wider service mix fill the pipeline. Owner income improves only when each contract leaves room for energy, drilling, mobilization, monitoring, and risk. Weak backlog leaves crews and equipment idle and can keep Year 1 EBITDA negative.

How to build better backlog

Track backlog by dollar value, months of coverage, and contract margin. Split each job into direct costs for energy, drilling, mobilization, monitoring, and risk, then compare that against signed price before you hire or add equipment. If booked work is thin, slow expansion and push pricing on remote or high-risk jobs.

Active customers and signed value
Billable hours and hourly rate
Job length and change orders
Direct cost by contract line

Document scope growth and delay charges so backlog stays real, not hopeful. That matters because owner pay comes from cash after overhead, and a strong backlog is what turns a busy schedule into mature-year cash flow instead of a crowded shop with little profit.

Project Gross Margin

Project gross margin is the gap between contract revenue and direct project costs, and it is the bridge between sales and owner income. In this model, direct project margin is 68.0% in Year 1 and improves to 73.6% by Year 5 as energy, drilling, mobilization, and project insurance take a smaller share of revenue.

That still is not net profit. Payroll, overhead, marketing, capex, debt, reserves, and taxes come later, so a good-looking job can still miss owner pay if pricing is too thin. The model says on $422M Year 3 revenue, each one-point margin change is about $42k of cash before reserves, so underpricing technical risk can hit distributions fast.

Price the hard costs first

Track each bid by energy, drilling, mobilization, and project insurance. Those four inputs drive direct margin, so the bid needs a clean cost sheet before you add overhead or owner pay. If one job has more travel, more setup time, or more insurance load, it should carry a higher rate.

Use job-level margin reports, not just total revenue. A simple check is: revenue minus direct project cost = project gross margin. If margin slips by even one point on a large project, cash for reserves and draws shrinks right away, so update pricing when scope, site conditions, or schedule risk changes.

Inputs: revenue, direct cost, site risk
Track: energy, drilling, mobilization, insurance
Test: margin by project, not average
Protect: reserves before owner draws

Equipment Utilization

Equipment utilization means the share of plant time that is billed. With $12M in mobile refrigeration plant units, plus $250k piping, $180k thermal sensors, and $320k vehicles, low booked time turns a big asset base into fixed-cost drag. Leasing revenue rises from about $56k in Year 1 to $260k in Year 5, but only if utilization covers maintenance, certification, transport, and financing.

Track Booked Days, Not Pride of Ownership

Test rent-versus-own against backlog consistency, not ownership comfort. Track booked days per unit, idle days, and net margin after service and transport. If backlog slips, owned gear can drain owner take-home fast; if it stays booked, it can lift contractor margin and cash flow. Here’s the quick check: revenue per asset day must beat all recurring cost tied to that asset.

Track billed days per plant.
Watch idle time by month.
Price for transport and maintenance.

Crew Productivity

In ground freezing, crew productivity is how well field labor installs piping, headers, instrumentation, and monitoring systems without overtime or rework. The Year 1 field base is 4 technicians at $95k each, then 12 by Year 5. Faster, cleaner installs keep labor inside the bid and protect owner income; weak crews burn cash because paid hours rise while equipment sits idle.

Here’s the quick math: every extra day on site can add labor and standby cost before revenue improves. That matters because technical payroll also includes project management, thermal analysis, safety, business development, and engineering. When crews finish safely and on schedule, direct cost stays out of overhead, cash is easier to collect, and there is more room for owner pay.

Track Install Output, Not Just Headcount

Measure installed work per labor hour, overtime %, rework hours, and schedule slippage by job. If one crew needs more cleanup or supervision than another, tighten planning before the gap hits margin. A simple target is fewer hours per installed system, not faster work at any cost.

Track overtime by job weekly.
Log rework hours daily.
Compare planned vs. actual install days.

Use daily field logs so PM, safety, and engineering can spot delays early. Less rework means lower labor cost and fewer idle equipment days, which helps cash flow and owner distributions.

Mobilization And Geography

Mobilization and Geography

Mobilization and logistics are a direct income driver because they sit inside the job cost, not outside it. In this model, they take 50% of revenue in Year 1 and 42% by Year 5. That cost includes travel, freight, setup time, site access, utility coordination, and local support, so the same contract price can still produce very different owner pay if the site is remote or slow to power.

Here’s the quick math: at $212M Year 1 revenue, a 50% logistics load equals about $106M; at $672M in Year 5, 42% equals about $282.2M. Geographic density matters because clustered jobs cut dead travel and idle equipment time, which protects gross margin and cash available for payroll, debt service, and owner draw.

Price the move, not just the work

Track mobilization as its own line item: miles moved, setup days, utility delays, freight legs, and local support hours. Two contracts with the same price can pay very differently if one needs more access work or waiting time. If mobilization stays near 50% early on, bids need a clear charge for remoteness, schedule risk, and hard-to-power sites.

Use job clustering to raise owner income. Put nearby projects on the same crew and equipment path so units roll from one site to the next with less idle time. A simple rule helps: if a project adds extra travel, freight, or standby, price it before signing, not after. Distance and delay are margin killers.

Overhead And Reserves

Overhead and Cash Reserves

This driver is the cash you must cover before owner pay. Fixed expenses run $392k per month, or $4.704M per year, and marketing adds $120k in Year 1 and $220k by Year 5. That spend includes yard rent, liability insurance, software, office, safety audits, and administration. If overhead outruns project margin, owner take-home drops to zero.

Reserves are the cash buffer for payroll timing, insurance, bonding, repairs, project delays, claims, and reinvestment. Year 3 EBITDA, or profit before interest, taxes, depreciation, and amortization, is about $646k before reserves, taxes, debt service, and distributions. Cash first, owner pay second.

Build the reserve rule first

Track overhead monthly, then set a reserve target by risk. Use one bucket for payroll timing, one for claims and bonding, and one for equipment repair and delay risk. If collections slip or a job pauses, the reserve should cover the gap without forcing a draw.

Measure cash against one overhead month.
Freeze draws until the cushion resets.
Test marketing payback, not just spend.

Watch the marketing ramp too: it rises from $120k in Year 1 to $220k by Year 5, so it has to feed backlog fast enough to support fixed costs. Do not distribute all EBITDA; keep enough cash back for the next claim, delay, or reinvestment need.

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Compare low, base, and high owner-income cases

Owner income scenarios

Owner income shifts with billable hours, project mix, staffing, and fixed overhead. Year 1, Year 3, and Year 5 show how scale changes what the business can pay out.

Low, base, and high cases for planning owner pay.
Scenario	Low CaseLow case	Base CaseBase case	High CaseHigh case
Launch model	Lower owner income comes from the opening year before the mix and capacity scale.	Base owner income follows the Year 3 modeled run-rate with steadier volume and better mix.	High owner income reflects the Year 5 mature run-rate with the strongest mix and pricing.
Typical setup	Year 1 revenue is $12.7M, EBITDA is $6.8M, AGF Project Service is 60% of mix, and the business carries the full fixed overhead and core payroll.	Year 3 revenue reaches $30.8M, EBITDA is $19.1M, AGF Project Service rises to 70% of mix, and the staffing base is already scaled.	Year 5 revenue reaches $44.6M, EBITDA is $28.9M, AGF Project Service reaches 80% of mix, and the business runs at mature capacity.
Cost drivers	billable hours project mix fixed payroll overhead marketing	billable hours AGF mix pricing staffing scale overhead	higher pricing AGF mix billable hours staffing scale overhead
Owner income rangeBefore owner reserves	Salary-only drawLow draw	Modeled owner drawBase draw	Mature owner drawHigh draw
Best fit	Use this to stress test launch-year cash needs and a cautious owner draw.	Use this as the standard planning case for a steady operating year.	Use this to test upside if capacity stays full and pricing holds.

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