How much startup cash does this business need?

The researched model shows $905k in Year 1 capex, including $30k for initial parts inventory, $20k for two van down payments, $16k for van outfitting, and $75k for specialized tools It also shows minimum cash of $727k at Month 28, so working capital matters more than tool cost alone

How long until kegerator installation breaks even?

In this model, Year 1 is below operating break-even after payroll, marketing, and overhead Revenue is $364k, but contribution profit is about $266k before $190k payroll, $936k fixed overhead, and $25k marketing Year 2 improves to $742k revenue and roughly $72k EBITDA before taxes, debt, and reserves

Do I need commercial accounts to earn well?

Commercial accounts help because they carry larger tickets and more billable hours Year 1 commercial installs represent 60% of the mix and bill 15 hours at $125/hour, or about $1,875 per job Scheduled maintenance is smaller at about $200 per visit, but it creates repeat work and smoother monthly revenue

What affects kegerator installer take-home most?

Job volume, average ticket, labor cost, and route efficiency drive owner take-home Year 1 has about 25 jobs/month, an $1,214 weighted ticket, 82% gross margin, and $190k payroll If travel time, callbacks, or unused technician hours rise, the owner may still earn a salary while the business loses cash

What's the best pricing minimum for small jobs?

Set a minimum that covers travel, setup time, supplies, and admin The model's residential setup assumption is only 05 billable hours at $110/hour, which leaves little room for fuel, scheduling, and callbacks A minimum service fee helps protect margin, especially when fixed overhead is $78k/month before payroll

Kegerator Owner Income: $90k Pay on $364k Revenue

A kegerator installation business owner can model $90k in annual founder pay on $364k of Year 1 revenue, but that does not mean the business is throwing off cash Here’s the quick math: Year 1 direct costs are 18% of revenue, vehicle and sales variable costs add 9%, and payroll plus fixed overhead push modeled operating profit below break-even before taxes, debt, and reserves By Year 2, revenue rises to $742k, contribution margin improves to about 742%, and modeled EBITDA is roughly $72k before owner-specific distributions

Owner income$90k

Net margin-20% to 24%

Revenue for target pay$35.2k

Business difficultyHard

Want to test your own owner pay?

Owner income calculator

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

Monthly revenue

Gross margin

84%

Labor cost

Fixed overhead

Marketing

Debt service

Tax reserve

20%

Reinvestment reserve

10%

Target owner pay

Planning note: Research-based planning estimate only. It is not guaranteed salary, tax advice, or owner distribution advice.

Want a deeper income forecast for Kegerator Installation Service?

Use the Kegerator Installation Service Financial Model Template to track revenue, gross margin, EBITDA, cash, owner pay, and jobs.

Owner-income model highlights

Year 1: $364k revenue
Year 2: $742k revenue
Cash floor: $727k
Assumptions: mix, rates, hours
Tracks: payroll and capex

Kegerator Installation Service Financial Model dashboard summarizing key KPIs, runway and cash position with a dynamic dashboard showing revenue, margins, burn and performance - investor-ready overview to avoid cash-flow blind spots

How much can a solo kegerator installer make?

A Kegerator Installation Service owner-operator is modeled at $90k/year in founder pay, but that Year 1 case is not a pure solo setup because it includes one service technician and a half-time dispatcher. For the profit levers behind that income, see How Increase Profits Kegerator Installation Service?; pay depends on billable hours, route density, and how much sales, scheduling, and callbacks the founder handles personally.

Income math

Modeled founder pay: $90k/year
Workload: 25 customer jobs/month
Billable time: 244 hours/month
Average job load: 9.8 billable hours/job

Solo limits

Solo capacity drops without outsourced admin
Route density protects billable hours
Callbacks reduce paid installation time
Hired labor raises capacity but cuts margin

Is kegerator installation profitable after costs?

If you're planning How To Write A Business Plan For Kegerator Installation Service?, the short answer is yes, but only if pricing and job volume cover the overhead. Year 1 gross margin is 82%, then it drops to about 73% after 4% vehicle cost and 5% sales commissions, and the real squeeze is payroll at $190k in Year 1 and $350k in Year 2. With $936k a year in fixed overhead, markup is not pure profit because inventory, defects, returns, warranty work, and travel time still eat cash.

Margin Math

82% gross margin in Year 1
73% after vehicle and commissions
$190k payroll pressure in Year 1
$936k fixed overhead each year

Cost Risks

Inventory cuts into cash flow
Defects trigger rework costs
Returns can erase margin fast
Travel time lowers billable hours

How many kegerator installs per month to make money?

For a Kegerator Installation Service, break-even is not the same as paying the owner. Year 1 needs about 29 weighted jobs per month to cover a $90k founder salary plus operating costs at 73% contribution and a $1,214 weighted ticket, but the researched plan models only about 25 jobs per month, so it is still below operating break-even before capex. Year 2 improves to about 52 jobs per month on $742k revenue and about $72k EBITDA, so profit depends on denser routes, maintenance accounts, and more commercial utilization.

Year 1 math

29 jobs covers break-even
25 jobs is still short
73% contribution supports the model
$1,214 weighted ticket drives revenue

Year 2 upside

52 jobs lifts scale
$742k revenue is the plan
$72k EBITDA is the profit view
Dense routes cut service time

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Want the six main income drivers?

Install Volume

25/mo

Booked installs at about 25 a month in Year 1 are the main way this business covers payroll and fixed costs, so every extra job lifts owner take-home.

Ticket Mix

$1.2K

Commercial installs are 60% of Year 1 work, so a higher-ticket job mix pushes revenue up without adding many extra visits.

Component Margin

12%-15%

Draft system component cost falls from 15% to 12%, and every point saved stays in gross profit.

Maintenance Mix

30%-50%

Scheduled maintenance grows from 30% to 50% of work, which smooths cash and fills gaps between install jobs.

Labor Load

$190K

Year 1 payroll is about $190K, so the owner's take-home depends on salary plus distributions, not just revenue.

Travel Overhead

$7.8K/mo

Fixed overhead runs about $7.8K a month, so tighter routes and lean admin protect margin once the schedule fills.

Kegerator Installation Service Core Six Income Drivers

Booked Install Volume

Booked installs only grow income when the calendar can absorb them. Year 1 points to about 25 jobs a month and 244 billable hours; with commercial installs at 15 billable hours each, even a few delays can push revenue into the next month and cut owner draw.

This driver includes booked jobs, completed jobs, billable hours, and callback loss. One late job can matter a lot. Route density also hits profit because vehicle cost is modeled at 4% of revenue, so scattered jobs and rework reduce take-home income fast.

Track Jobs, Hours, and Callback Loss

Watch booked vs. completed installs, billable hours per job, and callback rate each week. If completions slip below booked volume, the calendar is too tight or jobs are too spread out. One clean install with no return visit protects more profit than two rushed jobs with rework.

Use service-area routing and minimum job sizes to protect capacity. The best setup is clustered work, high first-time quality, and enough open slots for emergencies. If callbacks rise, billable hours fall before revenue does, and that usually shows up first in owner pay.

Track booked jobs by week
Compare completed hours to plan
Measure callback hours separately
Group jobs by service area

Average Ticket And Job Mix

Average Ticket and Job Mix

This driver is the mix between commercial installs, maintenance, emergency service, and residential setup. The Year 1 weighted ticket is about $1,214, but the mix matters more than the average: commercial draft system installs bill about $1,875 each, scheduled maintenance about $200, emergency service about $525, and residential setup about $55.

More commercial work can lift owner income, but it also adds complexity and liability. More maintenance gives smaller checks, yet it is repeatable and easier to schedule. The owner earns more when pricing reflects labor hours, risk, and the drag of emergency calls and callbacks on billable capacity.

Price by job type, not by call

Track job type mix, realized billable hours, and callback rate each month. Here’s the quick math: if a job looks cheap after labor and travel, it is too cheap, even if the quote closes fast. That mix decides whether revenue turns into owner pay or gets eaten by unbilled time.

Compare quote price to hours used.
Separate commercial, maintenance, and emergency work.
Watch low-ticket residential setup volume.
Flag jobs that create callbacks.

Push the mix toward work that covers time and risk. Maintenance can smooth cash flow because it repeats, but commercial installs should carry enough price to pay for scheduling load, liability, and technician time. If the mix shifts toward $55 residential setups, revenue can look busy while profit stays thin.

Parts And Equipment Margin

Gross margin is 82% in Year 1, so every $100 of parts and cleaning revenue leaves about $82 before labor, travel, and overhead. That supports owner pay, but only if install pricing stays intact. If component buying gets tighter and supply waste falls, cash improves. The risk is simple: inventory, warranty claims, returns, and callbacks can erase the markup fast.

The main inputs are component cost, cleaning supply cost, sell price, return rate, and callback hours. Year 2 improves direct component cost from 15% to 14% and cleaning supplies from 30% to 28%, so the gain is real. Still, underpricing skilled installation wipes out the upside faster than most owners expect.

Track Parts Margin By Job Type

Measure margin by install, maintenance, and repair job. Split parts sold, supplies used, and labor booked, then compare gross profit per ticket. If a job needs extra fittings, freight, or a second trip, price it up front so the parts margin does not hide a labor loss. One weak quote can offset several clean jobs.

Track invoice cost vs sale price
Flag warranty and return hits
Count callbacks by technician
Review inventory shrink monthly

If actual component spend lands above the planned 15% or supply use rises above 28%, owner income falls before payroll and rent. Tie reorders to usage, not guesswork, and keep pricing high enough to cover install skill. That keeps gross profit turning into real cash.

Recurring Maintenance Revenue

Recurring maintenance is the steady part of the business. Here, scheduled service is 30% of Year 1 work and rises to 50% by Year 5, so every added contract lifts cash flow and customer lifetime value. A Year 1 maintenance visit bills 2 hours at $100/hour, or about $200, but it still uses technician time.

The tradeoff is simple: more maintenance can smooth revenue between installs, but only if scheduling stays tight. If service routes get messy, those hours crowd out larger jobs and owner pay drops. The key input is billable maintenance visits per month, not just signed contracts.

Measure Visits, Hours, and Route Load

Track maintenance visits, billable hours, average rate, and utilization (the share of technician time that bills out). Here’s the quick math: visits × 2 hours × $100 tells you recurring service revenue before labor and drive time. If recurring work boosts lifetime value but pushes installs out, the mix is too heavy on low-value route time.

Price every visit at $200 minimum.
Batch stops by service area.
Renew contracts before peak season.
Track callbacks separately.

What this estimate hides: travel, no-shows, and rework. If those grow, the cash flow benefit shrinks fast. Better routing and fewer callbacks keep this driver tied to owner take-home income.

Technician Labor Model

Technician Payroll Mix

Owner-led labor protects margin, but it caps how many jobs the business can book. In this model, payroll starts with a $90k founder salary, one $65k service technician in Year 1, and a half-time operations manager at $35k. By Year 2, adding a second technician, full-time operations, and a $60k sales role lifts payroll to $350k.

That shift only helps owner income if utilization stays high. More staff means more billable hours and less backlog risk, but idle time turns wages into a fixed drag on cash flow. If scheduling slips or callbacks rise, payroll hits before revenue does, and the owner’s take-home pay gets squeezed.

Protect Utilization Before Hiring

Track billable hours, booked installs, and callback rate every week. Technician utilization means billable hours as a share of paid hours, and it is the key test here. If the current team stays busy and routes stay full, added labor can lift capacity. If not, the new hire mostly adds cost.

Use hiring triggers tied to actual demand, not hope. Add headcount only when install volume can cover the extra wage load, and keep the founder out of unbilled work when possible. The goal is simple: pay more people only when the schedule can keep them earning.

Travel And Overhead Efficiency

Travel and Overhead Load

This driver is about how much travel and fixed overhead each job must absorb. The listed fixed costs total $7,800/month before payroll and marketing, and vehicle fuel and maintenance add 4% of Year 1 revenue. If jobs are spread across too many zip codes, dead miles and weak routing cut the cash left for owner pay.

To estimate it, track job count, average ticket, route miles, and fuel and repair spend by service area. If revenue grows but the service radius grows faster, the owner can look busy and still lose draw capacity because each stop carries more travel cost and less billed time.

Price for the Drive

Use a minimum service fee to cover dispatch and the first mile, then push route batching so nearby jobs get done in one run. Tight local coverage keeps more labor hours billable, reduces fuel waste, and protects the margin that turns into owner income.

Cap the service radius.
Bundle stops by zip code.
Review fuel monthly.
Reject low-fee long drives.

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Compare lean, base, and growth owner income scenarios

Owner income table

Owner pay swings with job mix, technician load, and fixed payroll. Year 1 runs negative on EBITDA, while Year 2 is near breakeven and can support modest owner income.

Low, base, and upside owner income cases for launch planning.
Scenario	Low CaseDownside case	Base CaseBase case	High CaseUpside case
Launch model	This is the lower earnings path if volume stays near Year 1 levels and the business keeps absorbing startup overhead.	This is the modeled path if the business reaches Year 2 scale and starts producing small operating profit.	This is the stronger earnings path if route density, maintenance share, and technician use all improve above the modeled base case.
Typical setup	About $364k revenue, 25 jobs a month, a $1,214 weighted ticket, 82% gross margin, 73% contribution margin, and about $190k payroll with a $90k founder salary.	About $742k revenue, 52 jobs a month, a roughly $1,182 weighted ticket, 83% gross margin, and about $350k payroll with a $35k marketing budget.	Higher job volume, more scheduled maintenance, better technician utilization, and tighter routing can push income above the base case without changing the service mix assumptions here.
Cost drivers	25 jobs/month 190k payroll 25k marketing 82% gross margin negative EBITDA	52 jobs/month 350k payroll 35k marketing 83% gross margin 6k EBITDA	Higher route density more maintenance mix better technician use lower travel waste stronger upsell rate
Owner income rangeBefore owner reserves	$90,000Salary only	$90,000 - $96,000Near breakeven	Higher upside bandUser-edit this
Best fit	Use this to stress-test launch year cash flow when work is still thin and profit distribution is not reliable.	Use this as the planning case for a steady but still tight operating year with only modest profit above salary.	Use this to test what happens if you add more recurring work and keep crews busier across the year.

Planning note: These are researched planning assumptions, not guaranteed earnings, salary promises, tax advice, or distribution forecasts. Figures are before taxes, before debt service, and reserve-sensitive.