Nearshoring Decision

Weigh landed cost, lead time, risk and carbon: a cheaper far source can lose on every other axis.

Time1 h
FormatSmall group
StageResilience

Nearshoring Decision: what it is and why it works

A nearshoring decision compares a distant, usually lower-price source with a closer one on the full set of factors that matter: landed cost, lead time, risk and carbon. Landed cost adds freight, duties, insurance, brokerage and handling to the unit price. The model then adds the inventory effect of lead time: long transit ties up pipeline stock and requires more safety stock, and slow response increases obsolescence and expediting. Risk is scored for concentration, geopolitical and natural hazard exposure. A sensitivity test checks what happens if freight rates, volumes or exchange rates move sharply, and the final choice uses a weighted scorecard.

The method works because far sources often win only on the unit price line, while their extra costs are scattered across logistics, inventory and firefighting budgets. Bringing them into one comparison often shows that the near option wins on speed and risk before it wins on price. It is a sourcing application of TCO Analysis, can reshape where supply enters the Network Design, and uses exposure data from the Supply Risk Map.

What you need

Unit prices and quotes from current and nearshore candidates
Freight, duty, insurance, brokerage and handling costs per unit for each route
Lead times and lead time variability for each option
Demand volume and variability, plus inventory carrying cost rate
Risk assessments for each source country and supplier
Emission estimates for transport, where available

What you get

Landed cost per unit for each option
Total cost including pipeline stock, safety stock, expediting and obsolescence
A risk score per option
Sensitivity analysis on freight, volume and currency
A weighted scorecard and documented decision

When to use it

When offshore savings looked good on a spreadsheet that ignored volatility.

How to do it, step by step

Compare current and near options on landed cost, lead time, risk and carbon.
Model total cost including inventory reduction from shorter lead times.
Score risk: concentration, geopolitics, natural hazards.
Run a sensitivity: what if volumes double or freight triples?
Decide with a weighted scorecard, not a spreadsheet of price alone.

Worked example: Offshore versus near source for control panel enclosures

Illustrative scenario — figures are realistic but not from a real company.

A US maker of packaged pumping systems buys steel control panel enclosures from an Asian supplier at $310 each, about 6,000 units a year. A Mexican fabricator quotes $345. Ocean lead time is ten weeks door to door; the near option is two weeks by truck.

Landed cost was built for each route: the far option added about $52 per unit for ocean freight, duty, drayage and brokerage, landing at $362; the near option added about $14, landing at $359.
Inventory was modeled: shorter lead time cut pipeline stock from about ten weeks of supply to two and reduced safety stock by roughly half, saving about $95,000 in carrying cost a year at a 25% rate.
Past expediting by air to cover late ocean shipments had cost about $60,000 a year.
A sensitivity test doubled ocean freight rates; the far option's landed cost rose to $398. Risk scores favored the near source on concentration and transit disruption.

Result. The weighted scorecard favored nearshoring clearly, with total annual cost about $170,000 lower despite a higher price. The company moved 70% of volume and kept the far supplier on 30% as a secondary source while the new fabricator ramped up. The lesson: the unit price gap of $35 was smaller than the costs it had been hiding.

Open it in the FieldKit Supply Chain app → Get the Supply Chain template pack — join the waitlist

Common pitfalls and how to avoid them

Comparing unit prices or even landed cost only.Add pipeline and safety stock, expediting, obsolescence and quality costs to the comparison.
Using one freight rate as if it were stable.Run sensitivities on freight, currency and volume, and look at how each option behaves under stress.
Ignoring the ramp-up risk of a new supplier.Plan a phased transfer with first article approval and keep the incumbent during ramp-up.
Letting the scorecard weights be set after the numbers are known.Agree weights with stakeholders before scoring so the decision is not reverse-engineered.

Frequently asked questions

What is the difference between nearshoring and reshoring?

Reshoring brings production back to the home country. Nearshoring moves it to a nearby country, often sharing a border or time zone, such as Mexico or Canada for US buyers. Both aim to shorten lead times and reduce risk; nearshoring often keeps more of the labor cost advantage.

How do you calculate landed cost?

Landed cost per unit is the purchase price plus all costs to get the item to your door: freight, insurance, duties and tariffs, customs brokerage, port and handling fees, and inland transport. For sourcing decisions, add inventory carrying cost driven by lead time and quality costs to get total cost of ownership.

When does nearshoring make financial sense?

When the total cost of the near option, including inventory, expediting, obsolescence and risk, is comparable to or lower than the far option, or when faster response and lower risk are worth a moderate premium. Products with volatile demand, short life cycles, high bulk or frequent engineering changes tend to favor near sources.

Origin

Nearshoring & reshoring analysis — post-2020 supply chain rebalancing literature.

Related methods

More in “Resilience”

Absorb shocks: buffers, alternates and rehearsed responses.