America Doesn't Have a Military Problem. It Has an Industrial Power Problem

Highlights

• Ukraine proved precision technology cannot replace industrial mass—modern warfare consumes munitions, drones, and spare parts at rates only factories can sustain.
• China's real strategic advantage is its industrial ecosystem: shipyards, steel mills, rare earth processing, and advanced manufacturing supporting its military.
• The F-35's sustainment costs ballooned 44% in five years, revealing America's struggle to balance technological excellence with affordable, scalable production.
• A new Arsenal of Democracy requires government-private partnerships ensuring strategic industries like rare earth processing and semiconductors never disappear due to short-term unprofitability.
• National power in Great Powers Era 2.0 will be measured in tonnes separated, magnets sintered, and factories built—not budget appropriations or political proclamations.

Every great power eventually discovers the difference between wealth and strength. The United States commands the world's largest defense budget, fields the most technologically advanced military ever assembled, and leads the broadest alliance network in modern history. Yet national power is not measured by dollars appropriated. It is measured by whether those dollars can be transformed into factories, skilled workers, resilient supply chains, critical materials, and weapons produced quickly enough—and in sufficient quantity—to sustain a prolonged conflict. Following the Cold War, the United States stood largely alone as the world's preeminent military and economic power. Today, China's rise and the return of strategic competition have ushered in what Rare Earth Exchanges® describes as Great Powers Era 2.0™—an era in which industrial capacity once again rivals military technology as the foundation of national power. That raises the defining question of our time: Can America still manufacture, maintain, and replenish its military power at industrial scale in an age when several other nations strive for resilience? The answer will determine far more than the outcome of the next conflict. It will determine whether the United States can sustain its preeminent leadership in the decades ahead.

According to the Stockholm International Peace Research Institute (SIPRI), the United States spent (opens in a new tab) approximately $954 billion on defense in 2025, compared with $336 billion for China and $190 billion for Russia. Yet defense budgets finance personnel, operations, research, intelligence, maintenance, and overseas deployments—not simply factories. Recently, Secretary of War Pete Hegseth (opens in a new tab) requested from Congress an unprecedented $1.5 trillion. A nation can spend unprecedented sums while suppliers consolidate, skilled machinists retire, factories disappear, and critical industrial knowledge slowly erodes. Money alone does not build an arsenal.

The Budget Is Not the Arsenal

Ukraine has shattered one of the most comfortable assumptions of the post-Cold War era: that precision technology could replace industrial mass. It cannot. Modern warfare still consumes artillery shells, missiles, drones, engines, electronics, spare parts, and replacement equipment at astonishing rates. Precision weapons shape the battlefield, but factories determine how long a nation can remain on it. Technology may win the first engagement; industrial capacity often determines who wins the war.

The F-35 embodies this paradox. It remains one of the most technologically sophisticated fighter aircraft ever developed and will anchor American air power for decades. Yet it also illustrates a deeper challenge within the U.S. defense industrial system. According to the U.S. Government Accountability Office (GAO), early acquisition estimates of roughly $233 billion for development and procurement have grown to approximately $442 billion, while projected lifetime acquisition, operations, and sustainment costs now exceed $2 trillion through 2088. Much of that increase stems not from building the aircraft itself, but from sustaining and operating it over decades. GAO reports that projected sustainment costs alone increased from approximately $1.1 trillion in 2018 to $1.58 trillion in 2023—a 44% increase in just five years.

The lesson is not that America should build less capable aircraft. The lesson is that the United States has become extraordinarily good at engineering the world's finest weapons, but at least in some cases less effective at balancing technological excellence with affordability, production capacity, adaptability to unfolding theaters of war, and the ability to replace losses rapidly during a prolonged conflict. Great powers require both innovation and industrial endurance.

That is why industrial weakness is so dangerous: it is largely invisible during peacetime. Existing inventories conceal shrinking factories, aging workforces, fragile supply chains, and disappearing manufacturing expertise. The true test begins only when production must replace consumption. The decisive question in modern war is rarely who builds the best weapon. It is who can continue building it after inventories begin to disappear.

China Built an Industrial Ecosystem

China's strategic advantage extends far beyond military spending. Beijing spent decades building shipyards, steel mills, electronics manufacturing, battery production, critical mineral processing, machine tools, and advanced manufacturing. Its greatest strategic asset is not simply its army—it is the industrial ecosystem supporting it, per our Great Powers Era 2.0 thesis.

Rare earths expose this reality. Permanent magnets sit inside aircraft, submarines, drones, radar systems, precision-guided munitions, electric motors, and countless defense technologies. Mining, however, is only the beginning. Separation, metallurgy, alloy production, magnet manufacturing, specialized machinery, and skilled labor determine whether ore becomes military capability.

A New Arsenal of Democracy

America need not choose between unfettered markets and government ownership. It needs a disciplined partnership. Private enterprise should continue driving innovation, competition, and efficiency. During this phase of America’s history, government must ensure strategically essential industries—missiles, semiconductors, ammunition, rare earth processing, and advanced manufacturing—never disappear simply because they become temporarily unprofitable.

All this means America needs more than a market-centered series of reactions to successive supply-chain crises. It needs a national industrial vision. That vision should be publicly articulated, strategically disciplined, aligned among the complex patchwork of stakeholders, and pursued across administrations with the same consistency that America once applied to interstate highways, nuclear deterrence, and the space program. It should align private innovation with public purpose through long-term procurement, targeted tax incentives (applied externally to partner networks), shared investment, workforce development, modern infrastructure, and coordinated support for trusted allied production. Success should not be measured by dollars appropriated, press releases issued, or for that matter premature profit taking, but by industrial outcomes: tonnes separated, metals reduced, alloys cast, magnets produced, semiconductors fabricated, missiles delivered, factories built, and skilled workers trained. Like any insurance policy, industrial resilience must exist before the emergency—not after it.

To its great credit, the Trump 2.0 administration has begun moving in this direction through investments supporting mine-to-magnet supply chains, critical minerals, semiconductor manufacturing, and industrial reshoring. These represent an important strategic shift. The next step is broader and more urgent: building complete industrial ecosystems encompassing separation, metallurgy, alloy production, magnet manufacturing, machine tools, infrastructure including chemicals, and trusted allied supply chains.

Great powers are not ultimately defined by the weapons they possess. They are defined by the industrial civilization capable of replacing those weapons after the first arsenal has been spent.

The original Arsenal of Democracy was not built through financial engineering or procurement alone. It emerged because government, private industry, engineers, scientists, managers, and workers aligned around a common national purpose. The challenge before America is not simply spending more. It is rebuilding the industrial foundation that transforms innovation into enduring national power.

The next Arsenal of Democracy will not be measured by speeches, appropriations, or for that matter political proclamations or hasty profit taking. It will be measured in tonnes separated, metals reduced, alloys cast, magnets sintered, semiconductors fabricated, missiles delivered, ships launched, and factories operating before history demands them. That is the defining challenge of Great Powers Era 2.0—an era in which industrial capacity, no less than military power, determines national destiny.