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New Forecasts: U.S. Won't Break China's Rare Earth Grip Until Mid-2030s at Earliest — and That's the Optimistic Scenario

New Forecasts: U.S. Won't Break China's Rare Earth Grip Until Mid-2030s at Earliest — and That's the Optimistic Scenario
Fresh analysis from McKinsey, CRU Group, and Benchmark Mineral Intelligence puts a hard number on America's rare earth problem: less than 20% of global demand for the most critical heavy rare earths will come from non-Chinese sources by 2035. Billions in new investment and Pentagon contracts haven't changed the timeline. The gap between political promises and physical reality is massive.

The New Numbers Are Brutal

Washington has been talking about rare earth independence for years. Now we have forecasts that quantify exactly how far behind America actually is.

According to a new report cited by Bloomberg, producers outside China will supply less than 20% of global demand for dysprosium and terbium by 2035. Those are the heavy rare earths that go into the high-performance magnets inside F-35 fighter jets, submarine systems, guided missiles, and hypersonic weapons. McKinsey & Company, CRU Group, and Benchmark Mineral Intelligence all reached essentially the same conclusion.

The mid-2030s represents the best-case scenario.

Why Heavy Rare Earths Are the Real Problem

When most people hear "rare earths," they picture one monolithic problem. The reality is more fragmented.

Light rare earths — things like cerium and lanthanum — are more abundant and easier to process. The U.S. and allies are making real, if slow, progress there. Heavy rare earths are fundamentally different.

Dysprosium and terbium are less common in the earth's crust, far more complex to refine, and require what Bloomberg describes as more than 1,000 chemical separation stages to produce ultra-pure material. A single misstep in processing degrades magnet performance. This is a problem that capital alone cannot solve.

China's dominance didn't emerge by accident. Over decades, Beijing built refining infrastructure, trained specialists, and ran government-backed industrial policy specifically designed to own this technology. Then it restricted exports of the processing know-how itself — making it structurally harder for anyone else to catch up even if they wanted to.

What the U.S. Actually Has Right Now

The Pentagon has been funding Lynas Rare Earths Ltd., currently the only commercial refiner of heavy rare earths operating outside China. The output tells a different story.

According to Bloomberg, Lynas produced just eight tons of dysprosium and terbium combined in its most recent fiscal year. The U.S. also has a thin bench of specialists with real-world experience in rare earth separation and processing. That expertise gap doesn't close fast — training a generation of rare earth chemists takes years, not budget cycles.

Rare earth production runs mining → separation → oxide production → metal conversion → magnet manufacturing. China dominates nearly every step. America currently competes seriously at almost none of them.

What's Changed Since Previous Coverage

Earlier reporting established the background — decades of negligence, China's export controls, the strategic exposure. The new data shows investment is translating into specific forecasts, and those forecasts are disappointing.

The McKinsey, CRU, and Benchmark numbers represent the most specific industry projections published to date on post-2030 non-Chinese supply capacity. Three independent analytical firms reaching the same conclusion carries weight beyond a single pessimistic forecast.

Bloomberg's reporting also confirms that China's deliberate restriction of processing technology exports has created a structural barrier that capital investment alone cannot overcome quickly. You can fund a mine. You cannot instantly fund the decades of institutional knowledge China built and then legally locked up.

What Mainstream Coverage Is Missing

Most outlets frame this as a supply chain or trade story. The real issue is defense readiness.

Dysprosium and terbium go into the actuators and motors on systems that need to work when a conflict with China starts — not ten years after. The relevant question is whether that capability exists before the window of maximum risk with Beijing closes.

CNN and MSNBC treat this primarily through a climate and green energy lens — EVs and wind turbines. Fox News focuses on the China threat angle but rarely gets into the processing chemistry. The core issue gets lost: the U.S. military is currently dependent on an adversary for materials inside its own weapons systems, and that dependency doesn't disappear by 2030.

The Bottom Line

Billions of dollars in new investment is not a solution on the timeline that matters. A decade-plus runway to less than 20% non-Chinese supply of the most critical materials is not independence. It's a managed decline of dependency, not an exit from it.

The American taxpayer is funding serious money to address this. Current projections show that investment is buying a slightly less bad version of the same problem — not the independence that politicians have promised.

If conflict in the Pacific happens before the mid-2030s, the United States enters combat with a weapons supply chain that runs through Beijing.

Sources

right ZeroHedge The US Is Still A Decade Away From Breaking China’s Rare Earth Hold
unknown geopoliticalmonitor A Brief History of US-China Rare Earth Rivalry | Geopolitical Monitor
unknown usitc.gov Rare Earth Elements Supply Chains, Part 1: An Update on ...
unknown sciencedirect Interdependence in rare earth element supply between China and the United States helps stabilize global supply chains - ScienceDirect