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Automation & Robotics ROI Calculator and Readiness Checklist

Interactive calculator to capture costs, expected labor and throughput impacts, and operations readiness. Saves inputs for later analysis and provides clear manual formulas, example calculations, and a practical readiness checklist. Designed so teams can quickly decide whether to pilot automation and what scope is appropriate.

Interactive Tool

Automation & Robotics ROI Calculator and Readiness Checklist

Decide whether to pilot automation with numbers and readiness checks

Use this tool to capture the costs and expected benefits of an automation or robotics pilot, save your inputs, and get an actionable readiness checklist. Below are the simple formulas we use to judge basic financial viability and quick guidance you can use now. Where possible, link this form to payroll, POS, and inventory data to replace manual inputs.

Core formulas (manual)

Annual gross labor savings = Current annual labor cost × Expected labor reduction (as decimal)

Annual incremental gross profit from throughput = Current annual sales × Expected throughput increase (as decimal) × Incremental margin (as decimal)

Annual net benefit = Annual gross labor savings + Annual incremental gross profit − Annual maintenance cost

Payback period (years) = Capital cost + Integration cost ÷ Annual net benefit

Simple NPV (approx) = Sum over t=1..N of (Annual net benefit / (1 + discount_rate)^t) − (Capital cost + Integration cost)

Use the example below to check your inputs before saving.

Example

If your current annual labor cost = $300,000, expected labor reduction = 20% (0.20), throughput increase = 5% (0.05), current annual sales = $1,200,000, incremental margin = 30% (0.30), capital cost = $120,000, integration cost = $20,000, annual maintenance = $8,000, lifespan = 5 years, discount rate = 8%:

Annual labor savings = $300,000 × 0.20 = $60,000
Annual incremental profit from throughput = $1,200,000 × 0.05 × 0.30 = $18,000
Annual net benefit = $60,000 + $18,000 − $8,000 = $70,000
Payback ≈ ($120,000 + $20,000) / $70,000 ≈ 2.0 years
Estimate NPV across 5 years using the discount rate to confirm positive return

After you submit this form your responses will be stored. Platform capabilities can later run automated NPV/payback calculations and produce a recommended pilot scope and checklist based on thresholds — see the capability notes at the end of the results.

Current annual labor spend for the team/role ($)

Enter total annual wages, taxes, benefits, and paid time for the workers whose hours might be reduced.

Expected labor reduction (% of hours)

Enter the percentage reduction in labor hours you expect (e.g., enter 20 for 20%).

Current annual sales influenced by the automation ($)

Use sales for the product/service area affected by throughput improvements. Optional if throughput is not expected to change.

Expected throughput increase (%)

Percent increase in throughput or orders served due to automation (enter 5 for 5%).

Estimated incremental margin on additional throughput (%)

Use gross margin (not top-line sales) to estimate incremental profit from increased throughput. Enter 30 for 30%.

Capital (purchase) cost of equipment ($)

One-time purchase or lease-down payment required to acquire the automation hardware.

Estimated integration & deployment cost ($)

Include software, controls, internal engineering time, and one-time process changes required to put equipment into operation.

Annual maintenance & support cost ($)

Ongoing service contracts, spare parts, and extra maintenance labor expected annually.

Expected useful life of the investment (years)

Use conservative estimate for useful life to calculate NPV (typical 3–7 years depending on equipment).

Discount rate for NPV (%)

Use your organization’s hurdle rate or cost of capital (e.g., 8).

Select relevant risk factors

Check any risks that apply to this pilot that might reduce benefits or increase costs.

Safety or regulatory concerns

Physical space constraints or layout changes

POS/ERP/POS integration complexity

Staff acceptance or labor relations risk

Uncertain reliability or uptime

Spare parts or supply chain fragility

Do you have reliable data to measure before/after (labor hours, throughput, defects)?

Good before/after data is essential to prove pilot outcomes and iterate.

Is there adequate physical space and utilities (power, ventilation) available?

If NO, you will likely need capital and scheduling changes before installing equipment.

Do you have staff available and willing to operate and maintain the equipment?

Consider both operators and a maintenance plan.

Is there a safety plan and hazard analysis for the automation?

Including lockout/tagout, guarding, training, and incident response.

Is a preventive maintenance plan and spare-parts strategy in place?

Without a maintenance plan uptime will suffer and ROI will drop.

Self-rated operations readiness (1 = low, 10 = high)

Rate your overall readiness considering data, space, staffing, safety, and maintenance.

1.0 10.0

Notes: site-specific details, assumptions, stakeholders to involve

Capture assumptions you used for labor reduction, throughput, margin, and any constraints.

You can explore this tool now. Sign in or create an account to save your responses and return to them later.

Make this tool part of your work

Save a personal copy, bring it to your team, or tailor the questions and workflow to fit what you are hungry to improve.

Member customization and team collaboration are coming soon.

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Automation & Robotics ROI Calculator and Readiness Checklist