How do you calculate automation labor savings?

Multiply operator hours displaced per year by the fully burdened labor rate and by the capture rate to get realized savings, then subtract the annual redeployment or new-role cost. With 3,500 hours, $45/hr, an 80% capture rate and $5,000 redeployment, the calculator returns $131,000 in net annual labor savings.

What is a fully burdened labor rate?

It is the true hourly cost of an operator including wages plus benefits, payroll taxes, PPE, training, and overhead allocation, not just the base wage. It is typically 1.25-1.5x the base rate; the default $45/hr reflects a burdened rate for a skilled operator.

Why use a labor savings capture rate below 100%?

Displacing 3,500 hours rarely removes 3,500 hours of paid labor: operators absorb other tasks, coverage stays for changeovers, and hours leak back. The 80% capture rate acknowledges that, so realized savings here are $126,000 rather than the full gross.

What is a good payback period for a robot cell?

Many plants target under 2 years, and aggressive shops want under 18 months. Divide installed project cost by the net annual savings this tool gives: at $131,000 net per year, a $200,000 cell pays back in roughly 1.5 years.

Should displaced operators count as savings if they are redeployed?

Only partly. If a redeployed operator adds value elsewhere you keep some benefit, but you still carry their cost, which is why the model subtracts an annual redeployment or new-role cost from the captured savings rather than treating displacement as pure headcount reduction.

Does this include the cost of running the automation?

No. This figures net labor savings only. To get true project ROI, also subtract automation maintenance, energy (including compressed air), spare parts, and any downtime or quality impact from the $131,000 before comparing to capital.

Robotics & Automation calculator

Automation Labor Savings Calculator

Automation labor savings is the net annual dollar value a robot or automated workcell frees up by displacing operator hours, after accounting for how much of that saving you actually capture and what it costs to redeploy people. Plant managers, automation champions, and finance partners use it to justify capital and set realistic payback on a project. It matters because gross labor savings are almost always overstated: you rarely capture 100% of displaced hours, and displaced operators usually move to another role rather than off the payroll. A defensible net number keeps a robot business case honest and survives finance review.

What this calculator does

Estimate annual labor savings from automating a station using operator hours displaced, fully burdened labor rate, capture rate, and any redeployment cost.
Use it for ROI and payback decks so the labor savings line is built from operator hours displaced, fully burdened rate, and a realistic capture rate, not a wish.
It multiplies operator hours displaced by the fully burdened labor rate and a capture rate to get realized savings, then subtracts the cost of redeploying or backfilling those workers.

Formula used

Captured labor savings = operator hours displaced per year x fully burdened labor rate x labor savings capture rate
Net annual labor savings = captured labor savings - annual redeployment or new-role cost

Inputs explained

Operator hours displaced per year:
Fully burdened labor rate:
Labor savings capture rate:
Annual redeployment or new-role cost:

How to use the result

Use it when building the ROI or payback case for a robot cell, or when validating a vendor's savings claim before committing capital.
It captures direct labor only; it ignores automation maintenance, energy, downtime, and quality effects, so pair it with those costs before declaring a net-net project return.

Current U.S. benchmarks

As of Jun 2026, average hourly earnings in U.S. manufacturing are $30.27 (BLS), up 4.4% from a year earlier. Burdened shop rates typically run 1.3 to 1.8 times earnings once benefits and overhead are loaded.
Global copper trades at $13,484 per tonne (IMF via FRED, May 2026), up 41.5% in a year, and U.S. industrial electricity averages 8.66 cents per kWh. Both feed electrified-hardware unit economics.

Common questions

How do you calculate automation labor savings? Multiply operator hours displaced per year by the fully burdened labor rate and by the capture rate to get realized savings, then subtract the annual redeployment or new-role cost. With 3,500 hours, $45/hr, an 80% capture rate and $5,000 redeployment, the calculator returns $131,000 in net annual labor savings.
What is a fully burdened labor rate? It is the true hourly cost of an operator including wages plus benefits, payroll taxes, PPE, training, and overhead allocation, not just the base wage. It is typically 1.25-1.5x the base rate; the default $45/hr reflects a burdened rate for a skilled operator.
Why use a labor savings capture rate below 100%? Displacing 3,500 hours rarely removes 3,500 hours of paid labor: operators absorb other tasks, coverage stays for changeovers, and hours leak back. The 80% capture rate acknowledges that, so realized savings here are $126,000 rather than the full gross.
What is a good payback period for a robot cell? Many plants target under 2 years, and aggressive shops want under 18 months. Divide installed project cost by the net annual savings this tool gives: at $131,000 net per year, a $200,000 cell pays back in roughly 1.5 years.
Should displaced operators count as savings if they are redeployed? Only partly. If a redeployed operator adds value elsewhere you keep some benefit, but you still carry their cost, which is why the model subtracts an annual redeployment or new-role cost from the captured savings rather than treating displacement as pure headcount reduction.

Last reviewed 2026-05-12.