Critical Materials Atlas
Supply structure · the decision layer

A rare-earth shock puts $6.5 trillion at risk

A rare-earth export shock puts an estimated USD 6.5 trillion a year of production outside China at risk. Yet tripling the price of every rare earth would add about 0.1% to the price of a car. Critical minerals are a tiny slice of final-product cost — so the chokepoint is expensive to suffer but cheap to insure against.

This is the answer to "so what do I do about a chokepoint." Diversified supply costs more than the incumbent — capital 20–150% higher, operating cost ~50% higher — and someone must bear that gap. But because the mineral is a small fraction of the finished product, that extra cost is absorbable downstream. The premium is economic insurance: a small, known cost against a large, uncertain one.

The exposure — what a full export shock puts at risk

IEA's estimate of the annual economic value of downstream production outside China that would be at risk if the October-2025 controls were fully enforced. Rare earths alone ≈ 7% of the combined GDP of the exposed economies.

The premium — drag the price shock

Pick a value chain, then multiply its critical-mineral prices. The grey bar is the mineral's share of the finished product's price today; the teal is the added cost. Assumes full pass-through of the mineral cost — IEA's own figures confirm the anchors (tripling rare earths → magnet +80%, motor +10%; tripling battery minerals → pack +36%).

Multiply mineral price × 3.0×

Exposure vs insurance

USD 6.5 tn
a year at risk from full rare-earth controls (graphite: USD 300 bn)
< USD 0.9 bn
net annual cost to stockpile the 11 highest-risk materials (USD 9.2 bn of assets)
~0.1%
the price impact on a car of tripling every rare-earth price

The ratio between what a concentrated supply chain puts at risk and what it costs to defuse is roughly thousands to one. The cheapest fix depends on the mechanism: for by-product and geological chokepoints — tiny volumes, negligible cost share — a stockpile dominates; for thermodynamic and built-capability ones you must actually build capacity, but even then the downstream price impact is small enough to absorb. See Break the chokepoint for the per-mechanism playbook.

Source: IEA, Global Critical Minerals Outlook 2026 — cost-share figures (pp. 234, 241-248), value-at-risk (pp. 235-240), stockpiling economics (p. 254). © IEA, CC BY 4.0.

Break the chokepoint · Export-control tracker · The Chokepoint Map