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Automation ROI Calculator

What's the ROI of automating this?

Automation ROI is the net financial return from automating a task after subtracting build and maintenance costs from the labor and error costs it eliminates. A common rule of thumb: if the automation pays back its build cost within 12 months, it's usually worth doing. Enter your numbers below to see payback period, net annual savings, first-year ROI, and three-year return.

Enter your numbers above

Payback and return update live as you type.

Payback timeline
06 mo12 mo24 mo
Payback period
to recover the build cost
Net savings / year
after maintenance
First-year ROI
net benefit vs build cost
3-year net return
cumulative, after all costs

The math, in one line

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How the ROI is calculated

The calculator turns a manual task into an annual dollar figure, then nets out the cost of automating it. Annual hours saved = weekly hours × automatable share × 52. Gross annual savings = those hours × loaded hourly cost, plus any manual-error cost avoided. Net annual savings subtracts yearly maintenance. Payback period = one-time build cost ÷ monthly net savings.

The automatable-share input matters more than people expect: almost no process automates 100%, so a realistic 50–80% keeps the business case honest rather than rosy.

A worked example

A finance team spends 15 hours a week on manual reconciliation at a $35 loaded hourly cost. About 75% is automatable. The build is quoted at $18,000 with $2,400/year maintenance.

Annual hours saved (15 × 75% × 52)585 hrs
Gross annual labor saved (× $35)$20,475
Net annual savings (− $2,400 upkeep)$18,075
Payback period≈ 12.0 months
3-year net return≈ $36,225

Payback lands just under a year and the three-year return is roughly double the build cost — a solid case worth scoping in detail.

Frequently asked questions

How do you calculate the ROI of automation?
Automation ROI compares the labor and error costs a task eliminates against the cost to build and maintain the automation. Net annual savings equals the annual hours automated multiplied by the loaded hourly rate (plus any error costs avoided) minus yearly maintenance. Payback period is the one-time build cost divided by the monthly net savings.
What is a good payback period for an automation project?
A payback period under 12 months is generally considered strong for business process automation, and under 6 months is excellent. Payback beyond 24 months usually means the scope, build cost, or automatable share needs rethinking before proceeding.
What costs should I include in an automation ROI calculation?
Include the one-time build or implementation cost, ongoing annual maintenance and licensing, and any change-management effort. On the savings side, count recovered labor hours and the cost of manual errors or rework the automation prevents.
Why multiply by the automatable share instead of 100%?
Very few processes automate end to end. Exceptions, edge cases, and human review usually remain, so realistic automation covers roughly 50–80% of the work. Applying an automatable share keeps the ROI estimate honest instead of overstating savings.
How accurate is this ROI estimate?
It is a directional planning estimate based on the numbers you enter. Real results depend on build complexity, exception rates, and maintenance. Treat it as a first-pass business case, then validate with a detailed automation assessment before committing budget.

This calculator gives a directional estimate for planning purposes only, based on the inputs you provide. It is not financial advice.