Reshoring

Offshoring decisions made in the 2000s rested on a wide labor cost gap and cheap, predictable freight. Both assumptions have weakened: tariffs add points to landed cost, container rates proved they can spike severalfold in a crisis, and long ocean lead times force buffer inventory that ties up cash. Meanwhile automation has cut labor content in many products, shrinking the gap that justified the move. Reshoring brings production home; its sibling nearshoring moves it to a nearby country instead, trading some labor savings for shorter lanes.

The decision is a total landed cost problem plus a risk problem. Price the domestic option against the offshore one with duty, freight, inventory carrying cost, expedite history, and engineering travel included, then weigh the supply chain resilience factors that resist unit math. Reshoring fails most often where labor content is high or where the sub-tier ecosystem (platings, castings, passives) never existed domestically, so the "domestic" part still waits on imported inputs.

Speed is the underrated driver: co-locating engineering and production compresses iteration loops, an argument laid out in China Time. When teams re-quote parts across domestic and offshore suppliers, LightSource compares the quotes line by line with freight and duty broken out, so the landed-cost answer is visible rather than assumed.

Frequently asked questions

What does reshoring mean?

Reshoring means moving production back to a company's home market after it was previously offshored. The case is usually arithmetic rather than political: tariffs, freight volatility, long lead times, IP exposure, and inventory carrying costs can erase a unit-price advantage, while automation shrinks the labor cost gap that drove offshoring in the first place.

What is the difference between reshoring and nearshoring?

Reshoring brings production home, while nearshoring moves it to a nearby country instead, trading some labor savings for shorter lanes. In one example, a cable assembly with 4.5 hours of hand labor stayed offshore on cost but moved to Mexico, cutting the lane from 31 days on the water to 4 days by truck.

How do you evaluate a reshoring decision?

Reshoring decisions stand or fall on total landed cost: price the domestic option against the offshore one with duty, freight, inventory carrying cost, expedite history, and engineering travel included, then weigh the supply chain resilience factors that resist unit math. In one casting example, a $6.40 offshore quote landed at $8.65 after a 25 percent tariff, ocean freight, and pipeline carrying cost, against roughly $8.00 domestic with inbound freight.

When does reshoring fail?

Reshoring fails most often where labor content is high or where the domestic sub-tier ecosystem, such as platings, castings, and passives, never existed, so the domestic part still waits on imported inputs. In those cases the landed-cost math keeps favoring the offshore or nearshore option.

What is the underrated driver of reshoring?

Co-locating engineering and production compresses iteration loops, a speed benefit the landed-cost math does not capture. One hardware company that moved enclosure tooling to a domestic molder cut its tool revision loop from six weeks to eight days, enough to fit four design iterations before launch instead of one.