How Much Does a Computer Repair Business Owner Make? $377k Model

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Description

A computer repair business owner can make a modeled $75,000 salary plus possible profit distributions, but revenue is not the same as take-home pay In the first-year case, the model shows about $696,300 in annual revenue, 663% gross margin after parts, tools, vehicle costs, payment fees, and non-owner technician labor, and about $301,829 in pre-tax operating profit before reserves A lean case needs about $12,842 in monthly revenue to cover non-owner costs before owner pay, while a scaled Year 5 case reaches about $292,580 in monthly revenue These are researched planning assumptions, not guaranteed earnings, distributions, tax advice, or technician wage comparisons



Owner income iconOwner income$376.8k
Net margin iconNet margin66.3%
Revenue for target pay iconRevenue for target pay$12.8k
Business difficulty iconBusiness difficultyHard

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Owner income calculator

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

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69%
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24%
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Planning note: Research-based planning estimate only. It is not guaranteed salary, tax advice, or owner distribution advice.



Want the full Computer Repair Service forecast?

See Computer Repair Service Financial Model Template for revenue, gross margin, EBITDA, owner pay, cash flow, and assumptions for CAC, labor, capex. Open it.

Owner-income model highlights

  • Owner pay and take-home
  • Revenue, margin, EBITDA
  • Test volume and costs
Computer Repair Service Financial Model dashboard summarizes key KPIs, runway/cash and performance with a dynamic dashboard, highlighting cash-flow blind spots and investor-ready charts.

How much revenue does a computer repair business need to pay the owner?


Computer Repair Service needs about $12,842/month to cover non-owner costs, and about $21,835/month to also pay the owner $75,000/year. Here’s the quick math: $8,925 in monthly non-owner cost load divided by a 69.5% contribution margin gets the base break-even, and the modeled revenue of $58,025/month leaves room for payroll, marketing, reserves, and profit. If parts cost, marketing, or rework rises, the revenue needed for the same owner draw climbs fast.

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Owner pay target

  • $12,842/month before owner pay
  • $21,835/month with owner pay
  • 69.5% contribution margin
  • $75,000 owner salary target
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What moves it

  • $58,025/month modeled revenue
  • Parts cost can cut cash fast
  • Marketing spend reduces margin
  • Rework pushes break-even up

Should a computer repair owner stay solo, go mobile, open a shop, or hire?


If you want the highest labor margin, start solo in the Computer Repair Service; but capacity caps out fast, with hardware repairs at 35 hours and on-site support at 40 hours in Year 1. Mobile can keep overhead light, but vehicle and fuel costs run about 6% of revenue in Year 1, while a storefront adds $2,500 a month in rent plus utilities and insurance.

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Solo or mobile

  • Solo keeps labor margin high.
  • 35 hours limits hardware repair volume.
  • 40 hours limits on-site support time.
  • 6% vehicle and fuel cost hits mobile revenue.
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Shop or hire

  • $2,500 rent adds monthly fixed cost.
  • Utilities and insurance raise storefront overhead.
  • Hiring lifts volume beyond one owner.
  • Team size can grow from 1 owner + 0.5 technician FTE in Year 1.

How much does a computer repair business owner make?


In the first-year model, a Computer Repair Service owner earns $75,000 salary plus about $301,829 pre-tax operating profit before reserves if that profit is distributed, based on $58,025 monthly revenue from 200 modeled customers. Track the drivers behind that answer in What Is The Most Critical Metric For The Success Of Your Computer Repair Service?, because take-home shifts with pricing, workload, utilization, rework, and local demand.

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Owner Pay

  • Owner-operated: $75,000 salary
  • Modeled revenue: $58,025/month
  • Customer base: 200 modeled customers
  • Profit pool: $301,829 pre-tax
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Model Risks

  • Mobile: lower than $5,050 fixed overhead
  • Storefront: more trust, higher fixed risk
  • Small team: more capacity, more payroll
  • Payroll grows: $97,500 to $393,000



Want the six biggest income drivers?

1

Repair Volume

$58K/mo

More billable jobs and higher tech use drive the top line fast; in Year 1, monthly revenue is about $58,025, so empty bench time cuts owner pay.

2

Ticket Size

$35-$115/hr

Higher hourly rates and diagnostic fees raise cash from each repair, and small price lifts flow straight into take-home.

3

Service Mix

45%-65%

A bigger share of monthly monitoring and support steadies income, since recurring work is easier to forecast than one-off fixes.

4

Labor Model

1.5-8 FTE

Staffing drives margin because payroll rises as the shop adds techs, so utilization has to stay high to protect profit.

5

Parts Margin

18%-13%

Hardware parts cost falls from 18.0% of revenue in Year 1 to 13.0% in Year 5, so better buying and fewer reworks widen margin.

6

Overhead & CAC

$12.8K

Fixed overhead runs about $5,050 a month and first-year CAC is $120, so break-even before owner pay lands near $12,842.


Computer Repair Service Core Six Income Drivers



Repair Volume and Utilization


Repair Volume and Utilization

More completed jobs and higher utilization mean more revenue from the same tech hours. In year 1, $24,000 of marketing at $120 CAC points to about 200 customers, and the service mix implies about 755 billable hours per month. If those hours are not filled, revenue density falls and owner pay gets squeezed.

Utilization means the share of available technician time that is billable. Here’s the quick math: if onboarding drags or repair queues slip, the shop can look busy but still miss cash. Faster turnaround, tighter scheduling, and controlled owner workload protect gross profit and keep customers from leaving when their devices sit too long.

Track Billable Hours Every Week

Measure billable hours, not just customer count. Track how many hours go to monitoring, virus removal, hardware repair, and on-site support, then compare that to available tech time. If the plan assumes 755 hours per month, any gap should show up fast in the forecast so owner income does not get overstated.

  • Customers acquired
  • Billable hours by service
  • Queue time and turnaround
  • Owner hours worked
  • Jobs completed per week

Use this to decide when to add capacity. If onboarding takes too long or repairs pile up, revenue may still book, but cash and trust weaken. The goal is simple: keep every booked hour tied to paid work, because that is what lifts take-home income.

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Average Ticket and Diagnostic Fees


Average Ticket and Diagnostic Fees

Average ticket is the revenue per repair job, and it rises when you charge for diagnostics, set clear labor rates, and sell add-ons like tune-ups or data transfer. In this model, hourly prices run from $35 in Year 1 for monthly monitoring to $95 for on-site support, then move to $49 and $115 by Year 5. Higher tickets lift take-home pay fast because the extra dollars flow through after variable costs.

Diagnostic fees protect owner time when a device is not worth fixing. The key inputs are job count, paid diagnostic rate, average labor rate, flat-rate repair mix, and add-on attach rate. If pricing is too aggressive without local trust, speed, and quality, the shop may win work but lose profit. Busy does not always mean better paid.

Price the work, not just the hour

Track average ticket by service line, then compare diagnostics collected against total estimate time. Measure how often a diagnostic turns into a paid repair, and how often add-ons are sold. If diagnostic fees are low or waived too often, owner time gets donated. One clean rule helps: every estimate should show what was charged, what was found, and what was added.

  • Jobs completed per week
  • Diagnostic fee collected rate
  • Average labor rate by job type
  • Add-on attach rate
  • Waived estimates count

Small price lifts matter here. A higher ticket adds revenue without adding the same amount of labor, so more of each sale reaches gross profit and owner pay. The best test is simple: raise one fee, keep service speed and trust steady, and watch whether conversion, refund pressure, and repeat work stay stable.

2


Service Mix and Recurring Support


Recurring Support Mix

Recurring support steadies owner income because more of the book shifts to monthly monitoring, from 45% of Year 1 customer allocation to 65% by Year 5. The tradeoff is fewer billable hours per customer than on-site work, so revenue quality improves only if retention stays high and one-off repairs still fill the schedule. More mix here means steadier cash, not automatic margin growth.

Measure the Mix, Protect the Margin

Track the mix by service type: recurring monitoring, remote help, hardware repair, and on-site calls. The quick math is customer count × mix % × billable hours × rate, then subtract parts, travel, and rework. Hardware and on-site jobs can lift hourly revenue, but they also raise variable cost and time loss, so owner pay depends on job mix, not just volume.

Keep adjacent small-business support secondary so the core repair model stays easy to schedule and price. A clean rule: if the recurring base grows, forecast cash flow monthly and tie owner draw to collected revenue, not booked work. That avoids paying yourself on jobs that still need parts, callbacks, or extra visits.

3


Labor Model


Labor Model

Labor model drives owner income because this business is people-bound, not software-bound. The model holds an owner/lead technician pay of $75,000 every year, then adds 0.5 technician FTE in Year 1. That means owner pay is a fixed cost, while extra staff only help if the added jobs and recurring support cover payroll and overhead.

Here’s the quick math: more labor can raise capacity, but technician labor is not owner profit. If demand is soft, hiring early can cut cash flow fast because payroll shows up before revenue catches up. By Year 5, the model adds technicians plus admin, customer service, and operations roles, so the risk shifts from work coverage to management load and payroll discipline.

Hire Only After Demand Shows

Track billable hours, jobs per technician, and utilization before adding headcount. If the queue stays full and response times hold, labor can support more revenue. If work is uneven, keep staffing tight so payroll does not outrun collected cash.

Use the owner salary as a planning line, not a draw target. Watch monthly payroll against gross margin and cash collected, because labor pressure can hide until idle time and support costs hit. The clean rule is simple: hire for proven demand, not hoped-for demand.

  • Billable hours per month
  • Jobs per technician
  • Payroll as a margin share
4


Parts Margin and Rework


Parts Margin and Rework

Parts are a margin leak, not free profit. In Year 1, hardware parts and components equal 18% of revenue; by Year 5, that falls to 13%. On $100,000 of revenue, that is $18,000 in parts cost in Year 1 versus $13,000 in Year 5, a $5,000 swing that can reach owner pay if rework stays low.

Rework hurts twice. Free callbacks use billable slots and delay other jobs, while failed parts, returns, and inventory shrinkage push cash out before the customer pays. The key inputs are parts markup, job mix, returns, warranty callbacks, and shrinkage. Laptop screens, drives, memory, and power parts can sit on the shelf and tie up cash until the repair closes.

Control Parts Loss and Rework

Track parts by job, not by month. Measure parts cost, markup, and callback rate for each repair type. If a job needs a screen or drive, log the buy price, sale price, and any return or swap, so you can see where margin leaks. Here’s the quick math: every 1 percentage point drop in parts ratio on $100,000 revenue frees $1,000 for gross profit before labor and overhead.

Set rules for free rework. Use a simple warranty policy, inspect incoming parts before install, and document fai led parts. Keep fast-moving items tight and avoid overbuying inventory, because shrinkage and dead stock slow cash. One clean rule helps: if the same issue comes back, find the root cause before the next slot gets booked.

  • Track parts cost by repair type.
  • Log every return and callback.
  • Limit shelf stock on slow movers.
  • Price diagnostic work separately.
5


Overhead and Customer Acquisition


Overhead and CAC

A computer repair shop’s take-home income is squeezed first by fixed overhead of $5,050/month: $2,500 rent, $450 insurance, $300 utilities and internet, $200 phone, and $800 accounting and legal, plus smaller costs. If you add $24,000 in Year 1 marketing, that is another $2,000/month, so cash pressure is about $7,050/month before variable repair labor and parts.

Customer acquisition cost (CAC) is the key growth check: the model starts at $120 CAC, so $24,000 buys about 200 customers; by Year 5, CAC falls to $90 only if local demand and conversion improve. One line matters here: add fixed costs only after demand is proven, because a storefront can raise sales but can also lock in lower owner pay if volume misses plan.

Control fixed costs first

Track monthly overhead, CAC, lead-to-job conversion, and customers per channel. Home-based and mobile models usually carry less fixed cost than storefronts, so they protect margin early. If CAC stays near $120, you need each new customer to create enough repeat work or ticket value to cover that spend fast. This is a simple test: if demand is weak, marketing loses cash faster than it builds profit.

  • Watch CAC by source monthly.
  • Measure booked jobs, not leads.
  • Delay rent until demand is steady.
  • Keep overhead near $5,050.
  • Push CAC toward $90 only with better conversion.

Here’s the quick math: lower CAC lets the same $24,000 marketing budget buy about 267 customers instead of 200. That extra volume matters only if the shop can handle it without adding rent, admin, or wasted ad spend. The clean rule is simple: expand fixed costs after you can see repeat demand, not before.

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Scenario objective: Compare lean, base, and high computer repair owner income assumptions

Owner income scenarios

Owner income swings with service volume, payroll, and fixed overhead as the shop moves from lean, owner-led work to a staffed team. The gap between break-even and scale is wide.

Lean, base, and high cases for owner income planning.
Scenario Low CaseLean case Base CaseBase case High CaseScaled team
Launch model This is the lean path where revenue only covers the shop's core cost load. This is the modeled middle path with steady demand and a paid owner role. This is the scaled path where the business supports a bigger team and higher owner income.
Typical setup It assumes $12,842 in monthly break-even revenue before owner pay, $8,925 in monthly non-owner costs, and no promised owner draw. It assumes 200 customers, $58,025 in monthly revenue, 66.3% gross margin after parts and technician labor, a $75,000 owner salary, and about $301,829 in pre-tax operating profit before reserves. It assumes 800 customers, $292,580 in monthly revenue, a 21.3% variable cost load, $393,000 in payroll, and about $2,238,126 in pre-tax operating profit before owner salary.
Cost drivers
  • Low volume
  • fixed overhead
  • solo labor
  • mobile work mix
  • Customer volume
  • parts mix
  • technician labor
  • fixed overhead
  • owner pay
  • 800 customers
  • payroll scale
  • variable cost load
  • staffing depth
  • volume efficiency
Owner income rangeBefore owner reserves $0Downside view $301,829Core case $2,238,126Upside view
Best fit Use this to stress test a home-based or mobile setup with limited demand. Use this as the main planning case for a steady owner-operator business. Use this to test upside when the shop has reach, staffing depth, and strong demand.

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

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Frequently Asked Questions

In this model, the owner has a $75,000 salary and could have about $301,829 in first-year pre-tax operating profit before reserves if cash is distributed That is based on $58,025 monthly revenue, 305% variable costs, and $5,050 monthly fixed overhead It is not guaranteed take-home or tax advice