Reshoring and Nearshoring KPIs: Benchmarks for Landed Cost, Duty, Lead Time and Risk

Use these benchmarks as reference points for spotting a gap worth investigating in your sourcing book, not as targets. Your own numbers by part family and origin say more than any single published figure.

Every figure shows its basis. A superscript number links to a public source in the Sources list, and the sentence gives that source's date and scope. A figure marked no cited source is kept exactly as originally published because it has not been matched to a public source that states it, so treat it as illustrative.

At a glance

Landed-cost delta

The headline KPI is landed-cost delta, the percentage gap between your current origin and the reshored or nearshored alternative. Typical offshore-to-domestic deltas run 8 to 25 percent in the domestic supplier's disfavor before you credit lead time and risk no cited source.

Nearshoring to Mexico or Central Europe often narrows that to 2 to 10 percent no cited source. World-class sourcing teams get the effective delta inside 5 percent once tariffs and working capital are loaded no cited source, the point at which non-cost benefits such as speed and IP control tip the decision.

How to measure

• Load duty, freight and working capital into both sides before comparing.
• Express the gap as a percentage of the current origin's landed cost.
• Track it per part family, not company-wide, because averages hide the parts where reshoring already wins.

What moves it

• Tariff rates on the current origin.
• Working capital tied up in transit and safety stock.
• The domestic labor premium and the negotiated domestic price.

Build both sides of the comparison with the Nearshoring Landed Cost calculator and the Reshoring Cost Comparison calculator, and isolate labor with the Domestic Labor Premium calculator.

Duty exposure ratio

Duty exposure ratio measures how much of your landed cost is tariff, and it is the fastest-moving KPI in the category. A book sitting at 12 to 18 percent duty exposure is heavily tariff-driven and a prime reshoring candidate; under 3 percent, tariffs are not your lever, so chase freight and inventory instead no cited source.

Rates can move sharply. By the Peterson Institute for International Economics (PIIE) trade-weighted tracker, average U.S. tariffs on Chinese exports reached 19.3 percent in February 2020, more than six times the January 2018 level, after increases in stages through 2018 and 2019¹. As of August 22, 2026, the average stood at 35.2 percent and covered 89 percent of goods².

Those are national averages, not any one company's book. The target is not zero; it is knowing the number per Harmonized Tariff Schedule (HTS) code so a rate change triggers action within a quarter rather than a year.

How to measure

• Divide annual duty paid by annual landed spend.
• Break the ratio down per HTS code.
• Recompute whenever a duty rate changes.

What moves it

• Tariff rate changes on the current origin.
• Shifting volume to origins with lower duty.
• How fast a rate change turns into a sourcing decision.

Estimate your exposure with the Tariff Burden Estimator.

End-to-end lead time

Lead time is the KPI that justifies the premium, so benchmark it in days, end to end. Ocean-based offshore supply typically runs 45 to 75 days door to door; nearshored road or short-sea supply runs 5 to 15 days; domestic runs 2 to 10 days no cited source.

Speed alone is not enough. World-class programs pair a short physical lead time with order-to-delivery variability under 10 percent, because a fast lead time that swings 30 percent still forces safety stock no cited source.

Pipeline inventory equals daily usage times lead time. Improving from 55 days to 10 days on a 400-unit-per-day part cuts pipeline inventory from 22,000 units to 4,000, which is why lead time is the single biggest working-capital lever in reshoring.

That arithmetic is Little's Law: the average number of items in a system equals their average arrival rate times the average time each spends there³.

How to measure

• Count days from order release to receipt at your dock.
• Track the spread of order-to-delivery times, not only the average.

What moves it

• Transport mode and distance.
• Delivery variability, which sets the safety stock you must carry.

Put lead time into landed cost with the Nearshoring Landed Cost calculator.

Reshoring payback period

Reshoring payback period is the go or no-go benchmark for capital committees. World-class switches pay back one-time relocation cost in under 18 months; 18 to 36 months is a normal hurdle that clears most corporate thresholds no cited source.

Beyond 48 months the project usually dies unless duty risk is severe no cited source. If your payback sits at 60-plus months, the lever is not cost accounting; it is volume consolidation or negotiating the domestic price, since payback scales inversely with monthly savings.

How to measure

• Divide one-time relocation cost by monthly savings.
• Rank the whole portfolio by payback so capital goes to the fastest returns first.

What moves it

• Monthly savings, since payback scales inversely with them.
• Volume consolidation onto the new source.
• The negotiated domestic price.

Run candidates through the Supplier Relocation ROI calculator and the Reshoring Cost Comparison calculator.

Supply-risk concentration

Supply-risk concentration is a KPI regulators and boards now demand. Best-in-class teams keep no single country above 30 to 40 percent of a critical category and maintain a qualified second source on 100 percent of single-point-of-failure parts no cited source.

Many books still sit at 70 to 90 percent single-country exposure, a resilience red flag independent of cost no cited source. Nearshoring's real payoff is often here rather than on piece price: moving from one origin to two cuts the probability that a tariff or port closure halts a line.

How to measure

• Measure single-country dependency as the share of spend, or of critical parts, sourced from one nation.
• List single-point-of-failure parts and flag each one without a qualified second source.

What moves it

• Qualifying a second source in a different country.
• Moving part of a critical category to a nearshore origin.

Weigh the cost of a second origin with the Nearshoring Landed Cost calculator.

Freight share of landed value

Freight cost as a percent of landed value tells you where transportation risk lives. Ocean-heavy books run 4 to 9 percent freight-to-landed on dense parts and far higher on bulky low-value ones; nearshored road freight often lands at 3 to 6 percent with a fraction of the volatility no cited source.

Watch the variance as well as the level. Container spot rates swung from $1,500 to over $10,000 in recent cycles, a 6x move no cited source. Lane rates can still top $10,000: on 24 September 2026, Drewry's World Container Index put Shanghai to New York at $10,373 and Shanghai to Los Angeles at $7,838 per 40ft container⁴.

How to measure

• Divide freight cost by landed value for each part family.
• Track how much freight cost swings over time, not only its average.

What moves it

• Part density and value, since bulky low-value parts carry far higher freight shares.
• Transport mode, since nearshore road freight swings less than ocean spot rates.

Quantify the variance you remove with the Freight Risk Savings calculator, because lower volatility is worth real basis points even when average freight cost is similar.

Inventory turns and cash-to-cash cycle

Inventory turns and the cash-to-cash cycle expose the working-capital side of the sourcing decision. Offshore ocean supply typically drags a book to 4 to 8 turns and a 60 to 100 day cash-to-cash cycle; nearshored and domestic supply pushes turns to 12 to 24 and the cycle under 30 days no cited source.

For a national reference, U.S. manufacturers held 1.47 months of shipments in inventory in July 2026, seasonally adjusted, by Census Bureau data, or about 8 turns a year on a shipment-value basis⁵. That figure combines all industries and inventory stages.

Each 10-day cut in cash-to-cash on a $10 million spend frees about $274,000 in cash ($10 million / 365 x 10), or about $278,000 on a 360-day year.

How to measure

• Compute turns as annual cost of goods sold divided by average inventory.
• Compute cash-to-cash as days of inventory plus days of receivables minus days of payables.

What moves it

• Lead time and its variability, not order-quantity tweaks.
• Safety stock released when reshoring collapses transit time.

Compare origins side by side with the Reshoring Cost Comparison calculator.

How to build your own baseline

Roll these KPIs into one sourcing scorecard rather than chasing any single metric, and start from your own numbers by part family.

A balanced target profile

• An effective landed-cost delta under 5 percent no cited source.
• Duty exposure known per HTS code and trending down.
• End-to-end lead time under 15 days on critical parts no cited source.
• Payback under 36 months on active projects no cited source.
• No country above 40 percent of a critical category no cited source.
• A cash-to-cash cycle under 45 days no cited source.

Keep it current

• Write each KPI's definition down and keep it fixed.
• Review the scorecard quarterly.
• Re-rank the reshoring portfolio whenever a duty rate or freight index moves more than 10 percent no cited source.