This article is dedicated to my friends Mitchell and David.
Something unusual is happening with Ramaco Resources (NASDAQ: METC). The stock is trading around $17,down roughly 70% from its 52-week high of $57.80,while simultaneously sitting at the intersection of the most important supply chain story in American industrial policy: the race to secure domestic rare earth minerals.
This isn’t a typical beaten-down coal stock. Ramaco is a dual-platform company that operates metallurgical coal mines in Appalachia and is developing what it claims is a world-class rare earth deposit at its Brook Mine in northeastern Wyoming. When the company broke ground in July 2025,with U.S. Secretary of Energy Chris Wright wielding a ceremonial shovel alongside Wyoming’s governor and congressional delegation,it marked the first new rare earth mine to open in the United States in over 70 years.
The rare earth pivot is either a transformational strategic asset or an elaborate fraud, depending on whom you ask. There is very little middle ground.
For wealth preservation investors, the METC situation presents a case study in how to evaluate asymmetric risk,where the downside is quantifiable but the upside, if real, fundamentally changes the calculus.
The Two Companies Inside One Ticker
Understanding METC requires separating the coal business from the rare earth bet. At today’s price, you’re buying both.
The Coal Floor. Ramaco’s core metallurgical coal operations,the Elk Creek, Berwind, Knox Creek, and Maben properties spanning roughly 175,000 acres across West Virginia, Virginia, and Pennsylvania,represent a tangible, operating business. The company’s book value sits at approximately $8.00 per share. In Q3 2025, weak coal prices pushed the company to a net loss of $0.25 per share, but met coal is cyclical and these mines have produced through multiple downturns. As a standalone coal company without the rare earth story, METC would likely trade in the $10 to $14 range,roughly where book value and peer multiples converge.
The Rare Earth Premium. The remaining $7 to $9 of today’s share price represents the market’s probability-weighted valuation of the Brook Mine’s rare earth potential. This is where the controversy lives.
| Component | Estimated Value | What You're Getting |
|---|---|---|
| Coal Operations (Floor) | ~$12.00/share | Operating met coal mines, tangible book value |
| Rare Earth "Option" | ~$5.00/share | Brook Mine potential, government tailwinds, pilot plant |
| Current Price | ~$17.00/share | Both—coal floor plus a speculative rare earth premium |
At $17, you’re paying about $5 above the coal operations floor—a ~40% premium that represents the market’s bet on Brook Mine’s rare earth potential. That’s not deep value by any traditional metric. It’s a speculative premium on a science-and-policy bet. Whether that premium is justified depends entirely on two questions: Is the mine real? And can the economics work?
What’s Actually in the Ground,and Why It Matters
This is the part of the METC story that most financial coverage skips, and it’s arguably the most important.
Brook Mine isn’t a generic “rare earth deposit.” According to the Department of Energy’s National Energy Technology Laboratory and mining consultancy Weir International, the deposit contains a specific cocktail of magnetic rare earth elements and critical minerals that reads like a checklist of everything China has restricted or banned for export since 2024.
The primary magnetic rare earth oxides confirmed at Brook Mine include:
Neodymium (Nd) and Praseodymium (Pr) , the core ingredients in neodymium-iron-boron (NdFeB) permanent magnets, which are the strongest commercially available magnets on earth. These magnets are inside every EV motor, every wind turbine generator, every F-35 fighter jet, every guided missile, and every MRI machine. There is no viable substitute at scale. Global demand is accelerating while supply remains concentrated: China controls roughly 60% of mining output and over 90% of magnet manufacturing.
Dysprosium (Dy) and Terbium (Tb) , heavy rare earths that are added to NdFeB magnets to maintain their magnetic properties at high temperatures. Without dysprosium, the magnets in an EV motor would degrade under normal operating heat. These two elements are among the most supply-constrained critical minerals on earth. In April 2025, China placed both under export licensing controls. Until recently, China accounted for 99% of global heavy rare earth processing.
Samarium (Sm) and Yttrium (Y) , samarium is used in samarium-cobalt magnets for military and aerospace applications where extreme temperature stability is required. Yttrium is used in laser systems, superconductors, and radar technology. Both were included in China’s April 2025 export controls.
Scandium (Sc) , used in aerospace aluminum alloys and solid oxide fuel cells. This is also the element at the center of Wolfpack’s pricing critique, which is addressed below.
The deposit also contains gallium and germanium,two critical minerals China banned from export to the United States in December 2024. Gallium is essential for semiconductor manufacturing, 5G communications, and defense radar systems. Germanium is used in fiber optics, infrared optics for military targeting systems, and satellite solar cells.
Weir International estimates the Brook Mine exploration target at 0.9 to 1.2 million tons of total rare earth oxides, with approximately 29% consisting of primary magnetic rare earth oxides. More recent technical reports have pushed that figure higher,up to 1.7 million tons of critical mineral oxides. Early estimates valued the in-ground minerals at up to $37 billion, and Ramaco claims the site contains enough material to supply U.S. demand for over 100 years.
For perspective, total U.S. annual consumption of rare earths has averaged roughly 10,000 tons per year over the past decade. The initial mine plan covers less than 4% of the estimated total mineral inventory.
One additional detail worth flagging: the United States currently imports 100% of its scandium. Brook Mine is believed to be one of the world’s only primary-source deposits for scandium, gallium, and germanium in a single site. Whether the economics of scandium extraction work at the prices Ramaco projects is the central debate,but the strategic value of a domestic source for three minerals the U.S. cannot currently produce at all is difficult to overstate.
Why the geology matters. Unlike conventional hard-rock rare earth deposits,which require blasting, crushing, and often involve radioactive thorium and uranium byproducts,Brook Mine’s rare earths are embedded in soft coal seams and carbonaceous clays. This means lower extraction costs, simpler permitting (no radioactive waste handling), and higher theoretical recovery rates. Hard-rock mines typically lose 35-45% of rare earths to tailings before extraction even begins. Ramaco’s projected flowsheet avoids that loss entirely.
Why the timing matters. Brook Mine would be only the second domestic source of rare earth elements in the United States, alongside MP Materials’ Mountain Pass mine in California. But Mountain Pass produces primarily light rare earths. Brook Mine would be the only domestic source of heavy rare earths,dysprosium and terbium,which are the exact elements the Pentagon needs for defense applications and which China has most aggressively restricted.
Fluor’s PEA estimates that Brook Mine’s projected output could support 3-5% of total U.S. permanent magnet demand, or more than 30% of demand for U.S. defense applications. The United States has no domestic source of the heavy rare earths its military requires, China has demonstrated willingness to restrict supply, and Brook Mine claims to have them,potentially $37 billion worth,in a geology that’s cheaper to develop than any comparable deposit.
The Bear Case: Wolfpack’s “Hoax” Allegations
On October 23, 2025, short-selling firm Wolfpack Research published a report calling Brook Mine a “hoax” and a “Potemkin village”,a facade built for show with no real mining activity behind it. The stock dropped nearly 10% on the day.
Wolfpack’s core allegations are serious. They claim that despite a high-profile grand opening in July 2025,attended by U.S. Secretary of Energy Chris Wright and covered by national media,weekly drone surveillance of the site revealed no active mining equipment and no meaningful excavation in the months following the ceremony. They consulted 15 industry experts, including six with doctoral degrees, and reported that none believed Brook Mine was economically feasible. Multiple experts used language ranging from “science project” to considerably stronger characterizations.
The most substantive technical criticism operates on two levels.
First, concentration: Wolfpack argues that while the total volume of rare earths at Brook Mine sounds enormous, the actual concentration,measured in parts per million,is roughly comparable to the average abundance of rare earths in the Earth’s outer crust. In other words, the elements are there, but they may be so thinly dispersed that separating them from clay at commercial scale is chemically and economically impractical.
Second, scandium pricing: Wolfpack contends that Ramaco’s economic projections depend heavily on scandium oxide sales priced at roughly $3,750 per kilogram,while the actual global market trades below $700 per kilogram. More fundamentally, global scandium demand may total less than $25 million annually. If Ramaco produced at the volumes projected in its Preliminary Economic Assessment, it could theoretically flood a market that, by some estimates, currently fills less than a single truck per year.
The legal fallout has been immediate. Multiple class-action lawsuits have been filed on behalf of investors who purchased METC between July 31 and October 23, 2025. The deadline for lead plaintiff motions is March 31, 2026,a date that will likely generate significant volatility as it approaches.
Goldman Sachs initiated coverage with a Sell rating and a $16 price target, citing concerns about the mine’s economics.
The Bull Case: Government Backing and Project Vault
The counterargument is built on geopolitics, not just geology.
On February 2, 2026, President Trump announced Project Vault,a first-of-its-kind strategic critical minerals stockpile backed by a $12 billion public-private partnership. The initiative combines a $10 billion loan from the U.S. Export-Import Bank with approximately $2 billion in private capital. More than a dozen major corporations,including General Motors, Boeing, GE Vernova, and Alphabet,have signed on as participants or expressed interest.
Project Vault’s purpose is to stockpile any of the 50-plus minerals classified as “critical” by the U.S. Geological Survey, including rare earth elements. The program is explicitly designed to counter China’s dominance over global rare earth mining and processing,a vulnerability that was weaponized during trade disputes when Beijing restricted exports.
For Ramaco bulls, the timing is everything. If Brook Mine can demonstrate production capability, it becomes one of a very small number of domestic rare earth sources at exactly the moment the federal government is writing checks to secure exactly that kind of supply.
Ramaco’s CEO, Randall Atkins, was appointed to the Secretary of Energy’s advisory board in January 2026,a connection that bulls interpret as a sign of serious government engagement.
Additional bull case data points:
- Mulberry Industries MOU. In January 2026, Ramaco signed a preliminary agreement with Mulberry Industries to supply rare earth oxides for magnet production,suggesting at least one commercial counterparty believes the mine can deliver product.
- $100 Million Buyback. The board authorized a share repurchase program in late December 2025, signaling management’s belief that shares are undervalued.
- Jefferies Upgrade. In January 2026, Jefferies initiated coverage with a Buy rating and a $30 price target,implying roughly 75% upside from current levels.
- Analyst Consensus. Across eight analysts covering the stock, the average 12-month price target is approximately $38, with a high estimate of $50 and a low of $16.
What the Partners Actually Validate,and What They Don’t
One of the most common arguments for METC is the roster of institutional and government partners. If the mine were fraudulent, the reasoning goes, why would the Department of Energy, Fluor Corporation, and commercial partners sign on?
This deserves careful scrutiny, because partnership structures in early-stage mining don’t work the way most investors assume.
The Mulberry MOU is a non-binding memorandum of understanding. Mulberry has agreed to purchase product if Ramaco can produce it at competitive prices. If Brook Mine never produces a kilogram of rare earth oxide, Mulberry walks away having spent nothing. The MOU validates market demand for domestic rare earths. It does not validate Ramaco’s ability to supply them.
Government research grants (including a $6.1 million DOE award) represent a “venture capital” approach to critical minerals. The government funds dozens of early-stage projects, expecting most to fail, hoping a few succeed. The Department of Energy’s National Energy Technology Laboratory has confirmed that rare earth elements exist in the Brook Mine’s coal deposits. What has not been validated is whether they can be extracted profitably at commercial scale.
Fluor Corporation’s Preliminary Economic Assessment was produced as a paid consulting engagement, built on data provided by Ramaco. Fluor’s engineering methodology may be sound, but if the underlying input assumptions,particularly around scandium pricing and recovery rates,are wrong, the model’s conclusions are wrong too. This is a critical distinction: the consultant validates the math, not necessarily the assumptions.
The partners confirm two things: rare earth minerals physically exist in the ground at Brook Mine, and there is genuine commercial demand for domestically sourced rare earths. They do not confirm that Ramaco’s management timeline, cost projections, or construction progress are accurate.
The Insider Selling Question
In early February 2026, CEO Randall Atkins exercised options and sold approximately $3.5 million worth of METC stock,a move that, on its face, conflicts with the company’s simultaneous $100 million buyback authorization.
Context matters here. The transaction was coded as a sell-to-cover (Code F on Form 4), which typically indicates an automated sale executed solely to cover tax obligations triggered by vesting equity awards. Atkins’s net ownership reportedly increased after the transaction. If accurate, this is a routine tax event, not a discretionary decision to exit the stock.
However, investors should note that Wolfpack’s report also flagged earlier insider selling: Yorktown Partners, a long-time private equity backer of Ramaco, reportedly sold roughly $30 million worth of shares following the company’s rare earth-driven stock surge in 2025. Insiders collectively sold over $96 million in stock since November 2024, according to Wolfpack’s analysis.
Pattern matters more than any single transaction.
Sizing the Risk: A Framework
For investors considering METC, the honest framework looks something like this:
| Scenario | Est. Probability | Price Target | Return from $17 |
|---|---|---|---|
| Total Failure (mine uneconomic or fraud confirmed) | ~15-20% | ~$12.00 | -29% |
| Partial Success (mine works but costly/limited) | ~40-45% | $25-35 | +47% to +106% |
| Strategic Success (government-backed, scalable) | ~35-40% | $50-75 | +194% to +341% |
The expected value calculation is meaningfully positive. With Project Vault now operational, multiple commercial MOUs in place, and DOE confirmation that rare earths physically exist at the site, the probability of outright fraud has compressed considerably since Wolfpack published its report in October.
The remaining risk is primarily execution,can Ramaco extract and process rare earths at commercial scale?,which is a fundamentally different question than whether the minerals are there at all.
The government doesn’t launch a $12 billion stockpiling program and appoint your CEO to an advisory board if the underlying resource is fictitious. That doesn’t eliminate risk, but it reframes it.
The METCB Alternative
Ramaco has two classes of publicly traded stock, and the distinction matters:
METC (Class A Common Stock) is the operating company. It carries the full risk and reward of both the coal operations and the rare earth pivot. Current dividend yield is approximately 4%.
METCB (Class B Tracking Stock) is tied to revenue royalties from the underlying mineral assets. It offers a higher dividend yield,roughly 5.5% to 6%,and is somewhat less volatile than the Class A shares, though it still carries exposure to the parent company’s fortunes.
For income-focused investors who want exposure to Ramaco’s asset base without the full operational risk, METCB warrants consideration.
What to Watch
Three dates will determine METC’s trajectory in the near term:
~March 9, 2026: Q4 Earnings
Management must provide tangible evidence of construction progress at the Brook Mine pilot plant, which is targeted for completion by mid-2026. Photographic documentation, third-party verification, or concrete production milestones are the minimum bar to counter Wolfpack’s narrative. A vague slide deck will not suffice.
March 31, 2026: Class Action Lead Plaintiff Deadline
This is the cutoff for investors to seek appointment as lead plaintiff in the securities fraud lawsuits. Expect elevated volatility around this date. Institutional capital often sits on the sidelines until legal uncertainty narrows.
Mid-2026: Pilot Plant Operations
The moment Ramaco produces its first commercial batch of rare earth oxide,verified by an independent third party,the probability of the “total failure” scenario drops to near zero. Until that happens, the stock trades on narrative, not fundamentals.
The Bottom Line
Buying METC at $17 is not value investing. The stock trades at more than double its tangible book value, the core coal business is currently losing money, and the rare earth thesis remains unproven at commercial scale.
What it is is a calculated bet on two propositions: that Wolfpack Research is wrong about Brook Mine’s viability, and that the U.S. government’s $12 billion commitment to critical minerals stockpiling will provide a floor under domestic rare earth projects regardless of their standalone economics.
If both propositions prove correct, METC is dramatically mispriced. If either proves wrong, the stock has meaningful downside to its coal-only valuation.
Position sizing should reflect that uncertainty. This is a speculation, not a core holding,and the difference between those two categories is where wealth preservation begins.