Answer extracted from the SmarterMarkets podcast — listen to the full episode below.
A weakening dollar directly reprices metals upward across all currency zones. As the Japanese yen moved from 50 to 155–160 per dollar over recent years, copper prices nearly doubled when measured in yen terms—a dynamic that affects every nation importing these materials and drives significant upward repricing pressure globally.
This currency dynamic sits at the intersection of macro fiscal policy and commodity markets. The United States carries 35 trillion dollars in nominal debt, with unfunded liabilities potentially raising the total to around 100 trillion dollars. Discussion around deliberately allowing the dollar to collapse—including proposals from political figures like Vice President J.D. Vance—reflects an underlying recognition that accumulated debt levels may be unsustainable through conventional monetary means.
When a currency weakens, commodities priced in that currency appear cheaper to foreign buyers, but local producers face a different reality. A metal imported into Japan becomes nominally more expensive in yen, even if the dollar-denominated price remains flat. This repricing effect cascades through global supply chains—every importing nation faces higher metal costs simultaneously, amplifying demand and reducing elasticity of substitution.
The repricing is not theoretical. As discussed in the SmarterMarkets episode, copper hit record highs precisely when currency pairs were moving against the dollar, forcing purchasing nations to scramble for physical inventory at any price point rather than face supply shortages.
"We are living in the most dangerous moment in the industry. We're living in the moment where our species has a chance to think about how to feed and clothe water, food, energy for 8 billion of us."
Robert Friedland — Executive Co-Chairman of Ivanhoe Mines and Co-Founder, Chairman, and CEO of I-Pulse. With 45 years in the mining business, including operations in Myanmar (formerly Burma) when copper traded at 62 cents per pound, Friedland has witnessed firsthand how macro conditions reshape metal markets and drive strategic repositioning across the industry.
What makes this moment distinct is the scale of currency movement combined with geopolitical competition for critical metals. When the yen strengthens against the dollar—or any major importing currency does—the effective price floor for metals rises even without any change to underlying supply or demand. Nations cannot simply choose to import fewer metals; the global industrial machine requires them. This structural squeeze is detailed in the podcast, where the implications for manufacturing competitiveness and energy transition timelines become evident.
The policy dimension adds urgency. A deliberate dollar debasement—whether through fiscal spending, monetary expansion, or political acceptance of inflation—would accelerate the repricing of all dollar-denominated assets, including metals. Nations already hoarding critical metals would do so faster. Suppliers would shift pricing strategies. The repricing would be sudden and irreversible, locking in higher nominal costs for all downstream industrial activity.
For investors and policymakers, the takeaway is straightforward: currency weakness is a direct transmission mechanism for metal price escalation. It is not secondary to supply or demand—it is a primary driver. A nation's ability to source metals depends not just on mining output or geopolitical access, but on the currency strength of its trading partners and the purchasing power of its own currency in global markets.
Multiple regions are experiencing unprecedented military buildups: China built over 1,000 ships last year versus 8 for America, Japan is strengthening its defense capabilities, and nations worldwide are securing critical metals for strategic advantage.
China recognized that net present value models undervalued long-life mining assets and simply paid 30–50 percent more than NPV models recommended, systematically consolidating control over critical metal supply chains.
Net present value models were originally designed for oil field swaps between the Seven Sisters oil companies to manage decline rates over 10–year periods, but mining assets have lifespans of 30–50 years or more.