Automation economics · Free calculator

Robot vs Human Cost Calculator

Compare monthly cost of a robot, cobot, or automation system against a human worker. Models purchase, lease, maintenance, energy, productivity, and shows automation payback plus 3-year total cost of ownership.

Disclaimer: Educational TCO model. Real automation ROI depends on integration scope, regulatory compliance, facility constraints, and second-order effects (safety, quality, retention) that aren't fully monetized here. Get a vendor proposal and pilot for 60–90 days before signing a multi-year capex commitment.

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$65,000

Hardware + integration + safety + initial programming. Set to lease equivalent if leasing.

84

Amortization period. Industrial cobots: 60–120 mo. AMRs: 36–72 mo. Software bots (RPA): 24–48 mo.

$350
$95.00
$180

Cloud robotics, RPA license, ML inference, fleet management.

$28.00

Wage × 1.3–1.4 to include payroll tax, benefits, PTO, training. US median manufacturing fully-loaded ≈ $32/hr.

173

1 shift = 173 hrs/mo. 2 shifts = 346. 24/7 = 730.

65
30
92%

Industrial robots: 95–98%. AMRs: 88–94%. RPA bots: 80–95%.

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Formula used

Automation total cost of ownership

Pure cost arbitrage rarely justifies automation — the real ROI usually comes from second-order effects: 24/7 uptime, consistent quality, eliminated injury risk, freed-up skilled labor for higher-value work, and the ability to absorb demand spikes without hiring. Apply a 1.3–1.4× multiplier to wage when computing 'fully-loaded' human cost so payroll tax, benefits, PTO, training, and recruiting are included.

robot $/mo = capex÷life + maint + energy + software ; payback = capex ÷ (human $/mo − robot $/mo)
Common payback target
≤ 24 mo
Fully-loaded multiplier
1.3–1.4×
Industrial robot life
8–12 yrs
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<iframe src="https://revenuelab.fyi/embed/robot-vs-human-cost-calculator?robotPurchase=65000&robotLifeMonths=84&maintMonthly=350&energyMonthly=95&softwareMonthly=180&humanWage=28&hoursPerMonth=173&robotTasksPerHour=65&humanTasksPerHour=30&robotUptimePct=92" width="100%" height="680" style="border:0;border-radius:12px;max-width:100%" loading="lazy" title="Robot vs Human Cost Calculator"></iframe>
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Source: [Robot vs Human Cost Calculator — RevenueLab](https://revenuelab.fyi/robot-vs-human-cost-calculator) (2026).

What the calculator does NOT include (and how to add it)

Hidden costs: integration consultancy ($5–50k one-time), facility modifications, retraining displaced workers, and the productivity dip during the 3–6 month learning curve. Hidden benefits: reduced workers' comp premium, quality-cost recovery (rework + warranty claims), 24/7 capacity, employee retention from removing the worst jobs. Add 15–25% to robot capex for a realistic 'all-in' number.

  • Integration is routinely 20–40% of hardware cost for non-trivial deployments.
  • Workers' comp savings can be 1–3% of payroll for high-injury tasks.
  • Quality consistency typically cuts scrap/rework 30–60% in CNC, welding, and assembly.

When automation makes financial sense

Three signals: (1) the task runs more than one shift per day, (2) labor is hard to hire or has > 30% annual turnover, (3) the task is repetitive enough that a robot can match or exceed human output on the first or second iteration. If any one is true, payback usually clears 24 months at current hardware prices.

Lease vs buy vs RaaS

Robotics-as-a-Service (RaaS) — paying $1,500–4,000/month per robot with no upfront — looks attractive but typically costs 2–3x lifetime vs owning. Worth it for: (a) <12 month deployments, (b) rapidly evolving tasks where you'd outgrow the hardware, (c) startups preserving cash. Manufacturing-grade industrial deployments almost always own.

Software / AI agents are a different math

Compute scales linearly, not capex. A customer-service AI agent has near-zero hardware cost but $0.05–0.50 per conversation in LLM inference, plus $200–2,000/mo per concurrent seat in tooling (vector DB, observability, RAG infra). Payback comes in weeks, not years — but ongoing variable cost can balloon if usage spikes.

FAQ

What's a typical payback period for industrial automation?

12–24 months is the modern target for cobot pick-and-place, welding, and palletizing. Heavy industrial (5+ axis machining, multi-robot cells) runs 24–48 months.

Should I include workers' compensation savings?

Yes — for tasks classified as high-risk (lifting, repetitive strain, exposure), removing the human cuts the workers' comp premium proportionally. This is often 5–15% of fully-loaded labor cost.

Is RaaS (Robotics-as-a-Service) worth it?

Lifetime cost is usually 2–3x ownership, but RaaS preserves cash and removes integration risk. Good for sub-2-year deployments or pilots; bad for committed multi-year production work.

How do I estimate AI agent costs?

Cost per conversation = (input tokens × $/Mtok) + (output tokens × $/Mtok) + tool calls. A typical GPT-4-class agent runs $0.05–0.30 per conversation; add 15–30% headroom for retries and reasoning.

How realistic is the 95%+ uptime number?

Industrial robots from FANUC, ABB, KUKA hit 96–99% MTBF uptime once tuned. AMRs and cobots hit 88–94% in real warehouse conditions (battery swaps, edge cases). New deployments start lower and improve over 6 months.

How much should I budget for integration?

20–40% of hardware cost for typical deployments, up to 100% for greenfield multi-station cells. Pre-integrated solutions (e.g., Universal Robots application kits) cut this to 10–15%.

What if my workers are paid above market?

Use fully-loaded wage anyway — the comparison is against today's reality, not hypothetical cheaper labor. If you can't backfill the displaced worker at the lower number, automation looks better than it should.

Can I deduct the robot purchase?

Yes — Section 179 (up to $1.16M in 2025) and bonus depreciation (60% in 2025, dropping 20%/yr) typically let you write off most of the capex in year 1. This isn't modeled here but materially shortens after-tax payback.

How this calculator is built

Independently maintained

Written by Sam Doshi and the RevenueLab editorial team. We don't sell the data feeds this tool is built on.

Sourced from primary data

Benchmarks come from public AdSense / Stripe / IRS disclosures and reader-submitted data — never third-party "$X per view" claims. Full methodology.

Last reviewed

June 2026. We re-check every figure on the platform on a rolling quarterly cycle.

Editorial standards

See our editorial policy and disclaimer. Results are estimates, not advice.