For a couple of decades, the economics of manufacturing pointed in one direction: move production somewhere labor was cheaper. That calculation has genuinely shifted, and not for sentimental reasons. Manufacturers and foreign direct investors announced roughly 244,000 reshoring and FDI-related jobs in 2024, the second-highest annual total on record, contributing to a cumulative total of over 2.5 million jobs reshored or created through foreign direct investment since 2010, according to reshoring industry tracking data. Automation is a large part of why this math changed, not the only reason, but a genuinely necessary one.
Why labor cost stopped being the deciding factor on its own
Offshoring’s core appeal was always cheaper labor absorbing the cost of shipping goods back across an ocean. Automation erodes that calculation directly: when a robot performs the repetitive assembly step regardless of where the factory sits, the labor-cost gap between two countries matters less than it used to, while shipping cost, lead time, and supply chain risk still matter exactly as much as before. That is the mechanism, not a vague appeal to “bringing jobs home.”
What executives are actually saying they plan to do
This is not a fringe position among manufacturing leadership. A Kearney survey found 88% of executives planned to reshore or nearshore production, and among companies that had already gone through with it, roughly 96% reported being satisfied with the outcome, a genuinely high figure for any major operational decision. Satisfaction that consistent suggests the shift is not driven by short-term political pressure alone; it is holding up against real operating results.
- Proximity to engineering teams: nearly half of manufacturers cite this, alongside lower freight and duty costs, as a driver.
- Geopolitical risk avoidance: roughly 38% cite this as a specific motivation.
- Automation making domestic labor cost competitive: the technical enabler underneath both of the above.
- Domestic content and infrastructure incentives: policy support adding further momentum in several markets.
Why reshored jobs look different from the jobs that left
Here is the detail that matters most and gets skipped in a lot of coverage: reshored manufacturing is not simply the old jobs coming back unchanged. Roughly 88% of reshored jobs in 2024 were classified as high-tech or medium-high-tech manufacturing, meaning these facilities relied on robotics, machine vision, connected equipment, and automation from the day they opened, according to reshoring tracking data. A returning factory is, in most cases, a more automated, more capital-intensive operation than the one that left, employing fewer people per unit of output than its predecessor did decades earlier.
Why cobots specifically matter for smaller reshoring operations
The fastest-growing segment of industrial robotics is collaborative robots, cobots designed with force-feedback sensors to work safely alongside people without the safety cages traditional industrial robots require. That matters directly for reshoring because cobots are frequently cited as the technology best suited to smaller and mid-sized manufacturers needing rapid, lower-cost automation, precisely the profile of many reshoring operations that lack the capital of a multinational’s flagship plant, and a strong fit with the robotics-driven functions covered in our overview of automation transforming core industrial functions.
| Factor | Why it favors reshoring today |
|---|---|
| Robotics and cobots | Narrow the labor-cost gap that offshoring depended on |
| Global robot stock | Over 4.6 million units operating worldwide in 2024, up 9% year over year |
| Supply chain risk | Recent disruptions made distance itself a cost, not just a delay |
Where this claim needs real nuance, not just a good headline
It would be dishonest to present reshoring as a universal win already achieved everywhere. The 244,000 jobs figure, however strong, still represents a fraction of manufacturing employment lost to offshoring over the previous several decades, and reshoring remains concentrated in high-tech and medium-high-tech categories rather than the broad, lower-skill manufacturing that left first. A company weighing reshoring for a labor-intensive, low-automation product line faces a genuinely different calculation than one making automotive components or electronics, where robotics adoption is already mature. Reshoring without automation, in most cases, does not actually close the cost gap; it just relocates it.
Reshoring is not nostalgia for how manufacturing used to work. It is a bet that automation has made domestic production cost-competitive again, and that bet is currently paying off often enough that most executives who have made it say they would make it again.
How this connects to the wider automation picture
Reshoring decisions rarely happen in isolation from the broader automation questions covered elsewhere in this cluster. Anyone actually planning a reshored, automated line benefits from the sequencing we lay out in a step-by-step breakdown of an automation rollout, and from an honest look at where full adoption is real versus still experimental in our piece on Industry 5.0 adoption, since a reshored plant built on overstated automation assumptions faces the same disappointment any rushed rollout does.
The realistic read is that reshoring is a genuine, measurable trend, not a talking point, and automation is the specific mechanism making it economically viable again. But it is arriving unevenly, concentrated in capital-intensive sectors already comfortable with robotics, which means the manufacturing that comes home first looks quite different from the manufacturing that left.