
Nearsourcing is a strategy. Like any strategy, it’s not a one-size-fits-all solution. It has its pros and its cons — and any manufacturer looking only at initial cost savings is setting itself up for pitfalls.
Even in lean operations, few manufacturers take a close enough look at the real cost. This paper walks through a real-world example that shows what the true cost of nearsourcing can be, based on the experience, observation, and analysis of MES’s global supply chain programs.
Six things you should know before choosing nearsourcing as your primary strategy:
Consider an automotive manufacturer. In 2015, its mid-size SUV had simple options: two engines, two transmissions — one chassis bracket tool covered everything. By 2021, the lineup included two engines, four transmissions, a hybrid, and an EV model. Total bracket volume stayed the same (~210,000 units), but it now takes four different tools to make six versions.
With nearsourcing, more tools means more changeovers that cost both time and money — and serious constraints in North American capacity for building quality tools make it worse.
A heat sink die casting tool (aluminum part, 8" x 10" x 4" deep with moderate ribs) costs approximately $28,000 in China or India with a 7–8 week lead time. That same tool made in the United States costs about $105,000 with a 14+ week lead time — almost quadruple the cost and double the lead time.
For the four-tool program above: U.S. tooling totals $400,000 with 14–16 week lead times, versus $112,000 and 7–8 weeks in China or India. That is $288,000 in capital investment savings — almost 70% — on tooling development alone.
Commodity costs are not