How much does a robot cost per hour versus a human?

There is no sourced figure. The canonical comparison gives a robot purchase cost of about $32,000, roughly $871 a month, against an assumed $25,000-a-year human wage, and never states an hourly rate. The per-hour numbers that circulate are derived with undisclosed assumptions.

Why can't you just state the hourly costs?

Because a robot's cost is capital, not an hourly rate. Turning it into dollars per hour requires assumptions about shifts, lifespan, downtime, and maintenance, and each choice changes the answer, so the figure is manufactured, not measured.

Is the human side accurate?

It is usually understated. Comparisons often assume a low wage, like $25,000, with no wage source, and ignore that the robot also needs integration, programming, maintenance, and a human to tend it.

How should I actually compare?

Use the fully installed cost of the cell, realistic utilization and lifespan, actual local wages from a wage source, and the robot's hidden costs. The result is a business case for your situation, not a universal hourly rate.

Robotics cost

What does a robot cost per hour versus a human? The unsourced number

A robot costs a few dollars an hour and a human costs many times that. Some version of this comparison anchors nearly every argument for automation, usually with confident hourly figures on both sides.

Trace it and the hourly numbers evaporate. The canonical example, built around the Baxter robot, gives a human wage of about $25,000 a year and a robot cost of about $32,000 to buy, or roughly $871 a month, and never states an hourly rate at all. The per-hour figures that circulate are invented downstream.

This page follows the comparison to its usual source and shows that the widely quoted robot-versus-human hourly cost has no primary behind it.

Data covers The robot-versus-human cost comparison and its origin. Published 2026-07-21. Last reviewed 2026-07-21. Last updated 2026-07-21. Edited by Mike Ramsey / Reliable Media.

The figures and where they come from

Each figure is rated for how safely you can cite it today. Ratings judge current usability, not whether a number was ever correct.

Figure	What it is	Source	Citation Confidence	Notes
$25,000 / year	Assumed human wage	[A]	Low	The human side of the comparison, a floating assumption of about $25,000 a year for an entry-level worker, not tied to a wage source. Real manufacturing wages are higher.
$32,000	Robot purchase cost (Baxter)	[A]	Low	The robot side, a purchase price of about $32,000 for the Baxter robot. A capital cost, not an hourly rate.
about $871 / month	Robot cost amortized	[A]	Low	The robot cost worked out to about $871 a month. Monthly, not hourly, and the hourly versions that circulate are derived downstream with undisclosed assumptions.

Why the numbers disagree

The comparison feels precise but rests on two soft numbers. The human side is a floating wage assumption, about $25,000 a year here, with no wage source cited, and real manufacturing pay is higher. The robot side is a capital cost of about $32,000, which is not an operating rate at all until you make assumptions about lifespan, utilization, maintenance, and integration. Neither side is a measured hourly figure.

The hourly numbers that circulate are manufactured from that. To get a robot's dollars-per-hour you have to spread the purchase price and running costs over some assumed number of working hours, and every choice there, how many shifts, how many years, how much downtime, changes the answer. The figures are amortization math with hidden inputs, presented as if they were observed prices.

The human side is usually understated to widen the gap. Comparisons often use a low wage and ignore that the robot needs integration, programming, maintenance, and a human to tend it. A fair comparison would include those, and it would not be an hourly rate anyone has actually measured.

How to cite these figures

Do not cite a robot-versus-human dollars-per-hour figure as fact. The comparison has no primary source, and the hourly numbers are derived with undisclosed assumptions.

If you compare, use real inputs: the fully installed cost of the cell, its realistic utilization and lifespan, and actual local wages from a wage source, not a floating $25,000.

Include the robot's hidden costs, integration, programming, maintenance, and tending, which the simple comparison leaves out.

Where people go wrong

Quoting a robot-versus-human hourly cost as an established figure. The canonical source gives annual and monthly numbers, not hourly, and no primary sets the per-hour rate.

Using an understated human wage. The comparison often assumes a low figure, like $25,000, with no wage source, to widen the gap.

Treating a robot's purchase price as an operating rate. Converting it to dollars per hour requires assumptions that change the answer.

How we checked

We traced the comparison to its most cited form, the Baxter-based example, and confirmed the $25,000 wage assumption, the $32,000 robot cost, and the roughly $871-a-month figure in the source, along with the absence of any hourly rate.

We did not find a primary source for a robot-versus-human hourly cost. The circulating per-hour figures are derived downstream by amortizing capital cost over assumed hours, so the page reports that the number is manufactured, not measured.

All three figures are rated Low, and the human wage is flagged as a floating assumption, because the comparison's inputs are unsourced and the hourly output that people quote does not exist in any primary.

Full source list

Primary sources, with live links. Every figure above traces to one of these.

[A]IndramatAccessed July 14, 2026
Indramat, "Cost of Human vs Robot," the canonical Baxter-based comparison (annual and monthly figures, no hourly rate)
https://www.indramat-us.com/cost-of-human-vs-robot/

Common questions

How much does a robot cost per hour versus a human?: There is no sourced figure. The canonical comparison gives a robot purchase cost of about $32,000, roughly $871 a month, against an assumed $25,000-a-year human wage, and never states an hourly rate. The per-hour numbers that circulate are derived with undisclosed assumptions.
Why can't you just state the hourly costs?: Because a robot's cost is capital, not an hourly rate. Turning it into dollars per hour requires assumptions about shifts, lifespan, downtime, and maintenance, and each choice changes the answer, so the figure is manufactured, not measured.
Is the human side accurate?: It is usually understated. Comparisons often assume a low wage, like $25,000, with no wage source, and ignore that the robot also needs integration, programming, maintenance, and a human to tend it.
How should I actually compare?: Use the fully installed cost of the cell, realistic utilization and lifespan, actual local wages from a wage source, and the robot's hidden costs. The result is a business case for your situation, not a universal hourly rate.

More data, traced to source

The 3x robot integration rule: where the number actually comes from
The rule that a robot cell costs about three times the robot is quoted in nearly every automation-budgeting article. It traces to a 2015 consulting report almost nobody can open, quotable only through one trade editorial.
Do cobots pay back in 195 days? Tracing the number everyone quotes
The figure that cobots pay for themselves in 195 days is quoted across the industry. It traces to Universal Robots' own marketing, based on customer data it has not published a method for. Here is the trail.
What a robotics technician actually earns, and why the wage is hard to find
There is no federal wage line for a robotics technician. The government folds the job into a broader category, whose 2025 median is $73,900 a year. This page shows where the number comes from and what it does and does not cover.