Robot vs Labor Cost Calculator

Pick a robot price (measured market prices and company targets, labeled honestly), set the hours you would run it, and compare its all-in cost per hour against a fully burdened wage. You get the payback period, the break-even robot price, and the utilization curve that decides everything.

Robot

Custom robot price ($) (optional, overrides the pick; sticker price, before integration)

Integration multiplier (installed cost = price x this; the convention is 2 to 3x for arms, and for humanoids it is honestly unknown)

Service life (years) (industrial arms are engineered for roughly 10 to 15)

Annual maintenance (% of installed cost) (published band about 3 to 8, duty-cycle dependent)

Power draw (kW) (a typical working arm draws 1 to 5 kW)

Electricity price ($ per kWh) (US industrial average is about 0.08)

Robot hours per year (2,000 is one shift, 4,000 two, 6,000 three; this is the star lever)

Labor wage ($ per hour) (US manufacturing production average: about $30.10)

Burden multiplier (benefits and payroll taxes; BLS private-industry average is about 1.43)

Human-hours displaced per year (blank uses the robot hours; robots displace tasks, not jobs, so enter the hours that actually go away)

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Data reviewed: August 2026. Figures here come from published sources and change over time. How we verify

How the robot vs labor cost calculator works

Here is the thing almost every automation argument gets backwards: robots do not win on wage, they win on hours. A human works about 2,080 hours a year, on one shift, with breaks, vacations, sick days, and turnover. A robot's big cost is capital, and capital does not care when it works: the same installed dollars spread across every hour you can keep the machine running. At one shift a robot's capital cost per hour is whatever it is; at two shifts it is half that; at three shifts it is a third. Nothing about the robot changed. Only the denominator did. The wage line cannot answer this, because a second human shift costs the full burdened rate all over again. So the honest question is never "is a robot cheaper than a worker" in the abstract; it is "at my wage, my burden, and my hours, what does a robot have to cost to pay for itself." This calculator answers exactly that, and prints the number worth sharing: the break-even robot price.

The second thing it refuses to fudge is what a robot actually costs. The sticker is not the project: the industry convention, confirmed by integrators on both sides of the invoice, is that a deployed cell runs 2 to 3 times the robot's own price once it is bolted down, tooled, fenced, and programmed. And the labor side gets the same honesty in the other direction: a wage is not what an hour costs an employer. BLS's compensation survey puts benefits and payroll taxes at about 30 percent of the total, so the burden multiplier (about 1.43 on the private-industry average) turns the $22 wage into the $31.46 cost it really is. Both corrections are built in, both are editable, and every preset price is labeled for what it is: a measured market price or a company target.

The formula

installed cost = robot price × integration multiplier
robot cost per hour = installed ÷ (life × hours per year) + (installed × maintenance %) ÷ hours per year + kW × price per kWh
burdened labor per hour = wage × burden multiplier
payback (years) = installed ÷ (displaced hours × burdened wage - annual maintenance - annual power)
break-even robot price (installed) = life × (annual labor saved - annual power) ÷ (1 + life × maintenance %)

The robot price is the sticker; the installed cost is what the project actually costs after integration, and it is the figure every other line uses. Life is the service life in years, maintenance is a yearly percent of the installed cost, and the displaced hours are the human-hours that genuinely go away, which may be fewer than the hours the robot runs. The break-even price is derived so that a robot at exactly that installed cost pays back in exactly its service life.

Worked example

A typical Western 6-axis arm at $65,000, integrated at 2.5x, running 4,000 hours a year (two shifts) against a $22.00 wage at the BLS burden multiplier of 1.43.

The installed cost is 65,000 × 2.5 = $162,500. Spread over a 12 year life at 4,000 hours a year, capital costs $3.39 an hour; maintenance at 5 percent of installed cost adds $2.03, and 3 kW of power at 8 cents adds $0.24. The robot's all-in rate: $5.66 per hour. The human side: $22.00 × 1.43 = $31.46 per hour, fully burdened.

Over a year of 4,000 displaced hours that is $125,840.00 of labor against $22,626.67 of robot: savings of $103,213.33 a year, a payback of 1.39 years (about 17 months), and a break-even robot price of $936,600 installed. Cut the same robot to one shift and the payback stretches to 2.99 years. That difference is the whole game: paybacks around 2 years get funded before the meeting ends, and paybacks around 7 years get studied until the study is the project.

Now the Optimus case, with its label on. At Tesla's stated target of $25,000 (a company target, not a price; you cannot buy one) the same 2.5x and 4,000 hours give a $62,500 installed cost, an all-in rate of $2.32 per hour, and a payback of about 6 months. That is the humanoid debate in one line: at the target price the arithmetic is a landslide, and the target is doing all of the work.

The $65,000 robot is a $162,500 project

Integration, not the robot, is the big check, and it surprises almost every first-time buyer. The arm arrives needing a gripper or tool designed for your part, a way to feed parts to it, safety fencing and interlocks, programming, and commissioning on your actual line. Integrators' own rule of thumb puts the finished cell at 2 to 3 times the robot's sticker (down toward 2x when you deploy several identical cells, up past 3x when vision, gauging, or complex feeding gets involved), and vendor guides say the same thing from the other side: the robot body is often only 30 to 50 percent of the project. This is why the calculator amortizes the installed cost, never the sticker, and why the break-even result quotes you both numbers. A pitch that quotes payback on the sticker price is not lying, exactly. It is just answering a question nobody asked.

Humanoids: what is claimed, and what actually ships

This page keeps one distinction sacred, the same one our robotaxi page lives by: a target is a hope with a press event, and a price is something you can pay. On the measured side of the ledger, Unitree's G1 humanoid launched in 2024 at a $16,000 list price and was selling for about $13,500 direct from Unitree by mid 2026; its larger H1 runs about $90,000. Agility's June 2026 investor materials model Digit leasing at an illustrative $8,500 a month, deliberately priced against a fully burdened human at about $30.50 an hour, which is at least a real business model with real pilots behind it. On the target side, Elon Musk has said since the October 2024 We, Robot event that Optimus will cost $20,000 to $30,000 at mass scale, and said at Davos in January 2026 that the first public units are planned for late 2027. As of August 2026 you cannot buy one at any price.

But here is the part the spec sheets do not say: measured humanoid prices now exist, and measured humanoid productivity in real workplaces mostly does not. A G1 is a real product at a real price, and it is a research and development platform, not a two-shift worker; nobody has published hours-per-year figures for a humanoid holding down a production task the way a welding arm holds down welding. Demos are not shifts. So when you run a humanoid preset here, remember which inputs are doing the work: the price may be measured, but the 4,000 hours you type in is the claim the whole result rests on, and for humanoids that claim is so far unproven. The integration multiplier is honest-unknown territory too; the 2 to 3x convention comes from the arm world, and humanoids may need less bolting down and more supervision, which is not the same thing as cheaper.

Robots do tasks, not jobs

A welding robot does not replace a welder; it replaces the welding. The fixturing, the exception handling, the changeovers, the inspection, the "that part looks wrong, stop the line" judgment, and roughly the 20 percent of every job that is not repetitive stay human. That is not a consolation line, it is an accounting instruction: if a robot runs 4,000 hours but only removes 2,000 human-hours of work, its labor savings are half of what the per-hour comparison implies, and the payback doubles. The displaced-hours field exists for exactly this. Fill it with the hours that actually leave the payroll, not the hours the robot is powered on, and the result will survive contact with your CFO. The calculator flags the difference and prices the robot per displaced hour whenever the two numbers diverge.

What the dollars cannot price

One paragraph of honesty in both directions. On the robot's side of the ledger sit things this page does not price: weld quality that never has a Friday afternoon, and the shoulder, back, and lung injuries that stop happening when the worst tasks move to a machine. On the human's side sit things it does not price either: a person can be retrained to a new part by Monday while a cell waits weeks for reprogramming, and nobody's spreadsheet carries the cost of a line standing dead at 2 a.m. waiting for the one technician who knows the fault codes. Both sides are real, neither is in the math, and anyone who tells you the spreadsheet settles it has not run a line. This calculator keeps the ledger to dollars and says so in the result; the rest of the decision stays yours, weighed on top of an honest number instead of hidden inside a dishonest one.

Sources

Where the numbers on this page come from. We go to the body that publishes the figure, not to another calculator. Figures on this page were checked against these sources in August 2026. See how we verify.

How much does a robotic arm cost in 2026?, Standard Bots. A standard 6-axis arm lands around $30,000 to $80,000, with common Western-brand arms at $35,000 to $80,000; the robot body is often only 30 to 50 percent of the total project cost. One half of our $50,000 to $80,000 arm band, and the integration convention from the vendor side.
How Much Does an Industrial Robot Cost? Guide (2026), EVS. Six-axis robots between $50,000 and $110,000, and a complete deployed cell budgeted well above the arm alone. Corroborates the arm band and the installed-cost gap.
What are Integration Costs?, Inbolt. Buyers are routinely surprised when the quoted system comes in at two to three times the arm price, and complex cells can run higher still. The 2 to 3x installed-cost convention.
Comparative Costs for Robots, Practical Machinist forum. The practitioners' rule of thumb from working integrators: total cost near 3x the robot price after tooling, feeding, caging, and interfaces; as low as 2x across multiple identical cells. The multiplier, confirmed from the shop floor.
Unitree Robotics unveils G1 humanoid for $16K, The Robot Report (May 2024). The G1's $16,000 launch list price, a real shipping humanoid. Unitree's own store listed the G1 near $13,500 direct by mid 2026, and the larger H1 carries a base price around $90,000. Measured prices, not targets.
Unitree G1 product page, Unitree. The manufacturer's own order page. The G1 is genuinely purchasable, which is what separates a measured price from a target.
Tesla We, Robot event coverage, TechCrunch (October 10, 2024). The event where Elon Musk stated Optimus would cost $20,000 to $30,000 at mass production scale. A company target stated on stage; this page labels it that way every time it appears.
Elon Musk predicts robot majority future in first Davos appearance, Euronews (January 2026). Davos, January 2026: the first public Optimus units are planned for late 2027. As of August 2026 there is no configurator, reservation, or delivery contract, so the target stays a target.
Employer Costs for Employee Compensation, March 2026, US Bureau of Labor Statistics. Private industry: total compensation $46.60 per hour worked, of which wages and salaries are $32.60 (69.9 percent) and benefits $14.01 (30.1 percent). The source of the 1.43 burden multiplier.
Average Hourly Earnings of Production and Nonsupervisory Employees, Manufacturing, BLS via FRED (series CES3000000008). Manufacturing production workers crossed $30 an hour in spring 2026 ($30.10 in April). The default wage in the form.
Robot Maintenance Costs: Operating Efficiency Data and ROI Analysis, Sedona Technologies. Annual maintenance benchmarks of roughly 3 to 8 percent of initial system cost depending on duty cycle, with six-axis annual upkeep commonly $4,000 to $20,000. Our 5 percent default sits mid-band; some sources quote around 10 percent of the robot's own sticker, which lands in the same dollars once integration is counted.
Agility Robotics company research, Sacra. Agility's June 2026 investor materials model illustrative Digit RaaS pricing near $8,500 a month, priced against a fully burdened human labor rate of about $30.50 an hour with an under-2-year ROI aim. Company deck economics, labeled as such.

Frequently asked questions

How much does an industrial robot cost?

A typical new Western-brand 6-axis arm runs about $50,000 to $80,000 for the robot itself, with lighter arms from Chinese brands starting nearer $15,000 to $35,000. The number that actually matters is the installed cost: by the time the arm is tooled, fenced, programmed, and commissioned, the convention across integrators is 2 to 3 times the sticker. So a $65,000 robot is realistically a $130,000 to $195,000 project, and that is the figure your payback math should use.

How much does Tesla Optimus cost?

There is no price, because you cannot buy one. What exists is a company target, stated by Elon Musk at the October 2024 We, Robot event and repeated since: $20,000 to $30,000 at mass production scale, with the first public units promised for late 2027 in his January 2026 Davos remarks. As of August 2026 Tesla offers no configurator, reservation, or delivery contract for Optimus. This calculator labels that figure a target every time you pick it, because a target is not a price.

How do you calculate robot payback period?

Divide the installed cost by the annual labor cost the robot saves, net of its own running costs: payback = installed cost / (displaced hours x burdened wage - annual maintenance - annual power). Two common mistakes flatter the robot: using the sticker price instead of the installed cost, and using the bare wage instead of the burdened one. In practice, paybacks around 2 years get funded and paybacks around 7 years do not, which is why utilization moves more approvals than robot prices do.

Is a robot cheaper than an employee?

Per hour, often dramatically so, but only at high utilization and only for the tasks it can actually do. The worked example's $162,500 installed cell runs at about $5.66 an hour across two shifts, against a $31.46 fully burdened labor rate; the same cell at one shift costs nearly twice as much per hour. And a robot displaces tasks, not jobs: exception handling, changeovers, and the non-repetitive parts of a role stay human, which is why this calculator asks how many human-hours actually go away.

How much does robot integration cost?

The industry convention is that a deployed cell costs 2 to 3 times the robot's own price, and the robot body is often only 30 to 50 percent of the project. The rest is end-of-arm tooling, part feeding, safety fencing and logic, programming, and commissioning. For humanoids nobody has published an integration convention yet, which is one of the honest unknowns in every humanoid business case.

How many hours a year can a robot work?

A year has 8,760 hours, and a well-maintained industrial robot on a lights-out line can run 6,000 to 8,000 of them. A human works about 2,080 hours a year on one shift, before breaks, vacation, and turnover. That gap is the entire economic argument: capital cost per hour falls in direct proportion to the hours, which is why the same robot costs $11.07 an hour at one shift and $3.85 at three in the worked example.

What is fully burdened labor cost?

The wage plus everything else an employer pays to have the hour worked: benefits, payroll taxes, insurance, retirement contributions. BLS's Employer Costs for Employee Compensation survey puts private-industry wages at $32.60 of a $46.60 hourly total (March 2026), a ratio of about 1.43. So a $22 wage is really a $31.46 hourly cost, and comparing a robot against the bare wage understates the labor side by about 30 percent.

How much does a humanoid robot cost in 2026?

Measured prices exist: Unitree's G1 launched at $16,000 list in 2024 and sold for about $13,500 direct by mid 2026, its larger H1 runs about $90,000, and Agility's investor materials model Digit leasing at an illustrative $8,500 a month rather than a purchase. What mostly does not exist yet is measured humanoid productivity: hours-per-year figures from real workplaces rather than demo reels. The prices are real; the shifts, so far, largely are not.