Project Vault acts as industrial insurance—reducing short-term risk, but not delivering mineral independence on its own
Project Vault is the United States' (US) most significant domestic critical minerals policy in the last decade, and the domestic anchor of a broader architecture that includes the Minerals Security Partnership (MSP), a multilateral investment platform of 30 partner countries, and Pax Silica, the US Department of State's 2025 initiative to secure AI-era supply chains. Announced in February 2026, the US$ 12 billion public-private reserve marks a shift from reactive diplomacy to structured industrial insurance. The catalyst was Beijing's systematic mineral coercion: licensing requirements on gallium, germanium, and graphite introduced through 2023, escalating to outright export bans on gallium, germanium, and antimony in December 2024, with graphite subject to tightened end-user controls, whose effects reached the American factory floor, as Ford temporarily ceased production of the Explorer in 2025 due to rare earth magnet shortages.
The United States is 100 percent import-dependent for 12 critical minerals and relies on imports for more than 50 percent of 28 additional minerals. China is one of the United States’ most significant mineral suppliers, leading in 21 non-fuel mineral commodities for which the US is more than 50 percent import-reliant.
Project Vault’s potential to eliminate the United States’ structural dependence or constrain its detrimental effects warrants closer analysis.
Project Vault leverages US$ 10 billion in financing from the US Export-Import Bank—the largest commitment in its 92-year history—along with approximately US$ 1.67 billion in seed capital from participating manufacturers. The reserve contains all 60 minerals on the US Geological Survey’s 2025 Critical Minerals List, including cobalt, gallium, rare earths, graphite, lithium, titanium, and germanium. Major firms have already signed on, including General Motors, Stellantis, GE Vernova, and Google, highlighting the scale of this industrial push to challenge China’s dominance.
Project Vault leverages US$ 10 billion in financing from the US Export-Import Bank—the largest commitment in its 92-year history—along with approximately US$ 1.67 billion in seed capital from participating manufacturers.
The mechanism is a model of insurance, rather than a conventional sovereign reserve. Original Equipment Manufacturers (OEMs) pay upfront commitment fees to reserve a pre-allocated quantity of mineral. In the event of a disruption, they receive pre-allocated supply at predetermined prices, avoiding spot-market exposure. This constitutes a 60-day emergency buffer, providing enough time to adjust production schedules, activate alternative sources, or await diplomatic resolution. In effect, OEMs pre-purchase supply certainty, rather than scrambling on volatile spot markets during a crisis.
Two supplementary tools support this 60-day emergency buffer. Bilateral pricing agreements between the US and its partner countries aim to curb Chinese price manipulation, which has previously flooded or restricted markets. The logic is operationalised through the Forum on Resource Geostrategic Engagement (FORGE), a preferential minerals trading bloc that guarantees allied countries market access in exchange for supply commitments beyond the Chinese ecosystem.
The greatest contribution of Project Vault is structural rather than operational. The reserve, by securing long-term purchase agreements with major manufacturers, provides a stable floor in the market, which sends a reliable signal to non-Chinese mining and processing investors. This directly addresses the issue of building mines that lack markets, which has stalled Western supply chains over the past decade and a half, with investors hesitant to fund extraction projects without offtake guarantees.
Bilateral pricing agreements between the US and its partner countries aim to curb Chinese price manipulation, which has previously flooded or restricted markets.
The 60-day emergency buffer offers useful short-term insulation. In the event of a geopolitical shock or a specific Chinese export ban, participating companies will have time to respond—to find alternative sources, adjust production schedules, or tap into reserves—without facing immediate market risk.
The OEM-driven financing model is equally notable. Unlike traditional government stockpiles, which place the full fiscal burden on the state, Project Vault requires companies to fund their own supply security through upfront commitment fees and carrying costs. This alignment of commercial incentives with strategic objectives is unusual within the critical mineral market.
At the allied level, FORGE, which drew ministerial delegations from 55 countries at its inaugural convening, links Project Vault to a growing coalition of aligned mineral-producing and consuming nations. This, together with bilateral pipeline agreements—such as the US$ 8.5 billion agreement with Australia and the Ukraine–United States Mineral Resources Agreement—is beginning to form a parallel supply chain to China. This is reinforced by fixed inventory pricing, which cushions manufacturers against spot-market volatility that Beijing has traditionally used as a geopolitical tool through selective export quotas and controlled underselling.
Project Vault addresses the symptoms of mineral dependence more effectively than its causes. The most fundamental issue is that stockpiling raw materials is not the same as supply chain independence. China’s advantage lies not in mining but in processing: it controls the refineries, separation facilities, and magnet manufacturing plants that transform ore into usable industrial inputs. Stockpiling raw materials leaves the most critical node of the supply chain untouched. The processing, refining, and magnet manufacturing that give these minerals their industrial value remain overwhelmingly concentrated in China.
China’s advantage lies not in mining but in processing: it controls the refineries, separation facilities, and magnet manufacturing plants that transform ore into usable industrial inputs.
A related concern is sourcing. In the near term, some minerals entering the reserve may themselves be procured from Chinese suppliers, given the lack of commercial-scale alternatives elsewhere. This creates a paradox in which a stockpile designed to reduce dependence on China is partly composed of Chinese-origin materials.
The maturity gap further compounds this challenge. Alternative supply chains in Australia, Canada, Central Asia, and Africa cannot scale quickly enough to respond to a Chinese export restriction. If Beijing were to front-load restrictions before the reserve is fully built, the 60-day buffer could prove insufficient.
Governance questions also remain unresolved. Procurement criteria, allied access arrangements, and protocols for strategic release have not been publicly defined, leaving the reserve’s operational logic under-specified.
Finally, Project Vault does not fund downstream investment in smelting, separation, or value-added manufacturing—the very stages required for genuine supply chain independence. It functions as a buffer, not a buildout.
Project Vault is not a standalone initiative—it is part of a broader US minerals policy framework that includes domestic permitting reform, FORGE, bilateral supply agreements, Pax Silica, and preliminary deep-sea mining exploration. The inherent value of Project Vault in this context is that it offers short-term relief: sustaining industrial demand, reducing short-term vulnerability, and signalling an allied commitment as the more challenging process of developing independent supply chains advances over the next 10–15 years.
Project Vault does not fund downstream investment in smelting, separation, or value-added manufacturing—the very stages required for genuine supply chain independence. It functions as a buffer, not a buildout.
Japan’s experience following China’s 2010 rare earths embargo during the Senkaku shock is instructive. Tokyo reduced its reliance on Chinese rare earths from approximately 90 percent to 60 percent over 15 years, not solely through stockpiling. Japan combined its reserve with parallel measures: reducing rare-earth intensity in manufacturing, developing substitute materials, investing in recycling, and acquiring overseas mining interests. Japan’s rare earth consumption fell to half its 2010 level. The stockpile bought time; structural diversification delivered the actual reduction in dependence. Project Vault is most significant if it serves as a bridging mechanism within a comparable patient strategy, rather than as an outcome.
Veer Puri is a Research Assistant with the Centre for New Economic Diplomacy at the Observer Research Foundation.
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Veer Puri is a Research Assistant with ORF’s Centre for New Economic Diplomacy. At ORF, his research focuses on the Blue Economy and connectivity, with particular ...
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