Ballistic Missile Arsenal: According to “the War Zone”, which references the Pentagon’s latest China Military and Security Development Report, China has about 2,850 conventional ballistic missiles.
Let's break it down: about 1,000 short-range ballistic missiles, including the DF-11A, DF-15A, and DF-16. Another 1,300 are medium-range, like the DF-17 and DF-21D. And roughly 550 intermediate-range missiles, including the DF-26 and the rumored DF-27.
Down in the comments, an American reader ran the numbers. He stacked China's 2,850 missiles against the US interceptor inventory: about 800 Patriots, 270 THAADs, and 1,300 Standard-3/6 missiles. Total US stockpile: roughly 2,370 interceptors.
Then he did the reassuring math: using a 'safe' ratio of two interceptors per incoming missile, the US would need just 1,300 more interceptors to handle China's entire arsenal.
The War Zone sizes up China's regional ballistic missile arsenal, breaking down the numbers by type.
The $67 Billion Wake-Up Call: Real-World Conflicts Drain US Interceptor Stockpiles
The Pentagon's optimism crashes into a brutal reality. Since late February, Iran and the United States have been locked in a ferocious fight. Iran alone has launched 2,181 ballistic missiles.
The US military is bleeding interceptors across four fronts: the Red Sea, Iran, Gaza, and Ukraine. The numbers are staggering. In just five months, from February 27 to July 27, the US burned through 1,500 to 1,600 Patriot interceptors and roughly 200 THAAD rounds, according to the Centre for Strateguc and International Studies (CSIS) based in Washington, DC. Patriot stockpiles plunged from 2,300 to just 760–830. THAAD stockpiles fell from 452 to 234–278.
That is the backdrop for the Pentagon's sudden pivot to China. It is asking Congress for an extra $67 billion (about HK$522.6 billion) to replenish weapons stockpiles. And it publicly declared plans to expand production capacity for Patriot-3 components by two times and THAAD components by three times.
The gap between the Pentagon's optimism and the actual data is glaring. Iran fired 2,181 ballistic missiles in half a year. Against that reality, the 2,850 figure hardly supports the claim that they can be 'fully intercepted.'
More striking is the disconnect between the Pentagon's public stance and its private panic. It keeps its official estimate of China's missile arsenal low. Yet it is frantically asking Congress for $67 billion to replenish interceptors and demanding contractors multiply production several times over. The gap between the calm words and the urgent cash requests betrays a deep anxiety about America's air defense reserves.
Chinese Navy destroyers bristle with vertical launch cells, ready to fire supersonic anti-ship missiles and ship-based ballistic missiles.
Beyond the 2,850: China's True Strike Power and the US Production Gap
The Pentagon's 2,850 missile count is a statistical sleight of hand. It only tallies the Rocket Force's land-based conventional ballistic missiles. It completely ignores the massive missile reserves of the Navy and Air Force.
Consider the Navy. China operates dozens of large destroyers, including the Type 055 and Type 052D. A single Type 055 10,000-ton destroyer packs 112 large vertical launch cells. Those cells can load YJ-18 supersonic anti-ship missiles, YJ-21 ship-based hypersonic ballistic missiles, and other precision strike weapons. The Chinese Navy's destroyer fleet now has over 4,000 vertical launch cells.
Then add the Air Force's H-6K and H-6N bombers, carrying air-launched cruise missiles and hypersonic ballistic missiles. And don't forget the tens of thousands of long-range rockets and tactical missiles stockpiled by the army's long-range artillery brigades. China's overall conventional precision strike reserves are several times larger than the US military's one-sided tally.
But the real chasm is in industrial production capacity and wartime resupply. The US military burned through 1,300 ATACMS tactical missiles and now faces a resupply crisis. The root cause is its fragile defense industrial supply chain.
ATACMS is the US Army's primary land-based tactical ballistic missile. Total production since it entered service is roughly over 4,000 units. Subtract consumption in past conflicts, military aid to Ukraine, and recent attrition in the Middle East, combat-ready stockpiles have plunged.
Lockheed Martin now produces ATACMS and the next-generation Precision Strike Missile. Its annual production capacity is only 300 to 500 units. Tight supply chains for solid rocket motors and high-precision seekers choke output. Restoring reserves to the 1,300-unit level would take the US military at least three to four years.
China takes a different path. Tactical precision strike missions with ranges of 300 to 400 kilometers have long been the job of the army's long-range rocket artillery brigades.
The Chinese Army's new box-type rocket launchers use a modular loading design. They can fire 300mm and 370mm long-range rockets, and co-launch 750mm tactical ballistic missiles. The warhead weighs 480 kilograms. Maximum range covers 360 to 500 kilometers. Terminal guidance combines satellite and inertial navigation, achieving a circular error probable within 10 meters. These systems outperform the US ATACMS in warhead power, range, and strike accuracy.
Then there's the Rocket Force, an independent service with an even higher baseline for conventional strike. It fields the entry-level DF-16. The DF-17, with a hypersonic glide vehicle, boasts formidable penetration capabilities. The DF-21D and DF-26 bring 'dual nuclear-conventional capability' and can strike large moving maritime vessels. Together, they form a tightly integrated system with overlapping ranges and a mix of high- and low-tier assets.
The Real Deterrent: Industrial Capacity, Not Just Missile Counts
Western media outlets are playing a simplistic numbers game. But their latest comparison is dangerously misleading. They pit the 1,300 ATACMS the US military has expended against a cherry-picked tally of China's '2,850' land-based ballistic missiles. Then they try to equate China with regional actors like Iran. This completely ignores the systemic chasm between the two militaries.
But those 1,300 tactical missiles tell a very different story. The inventory strain exposes a severe gap in the US Army's surface-to-surface firepower. It also reveals a defense industrial base in steady decline.
China's homegrown modular rocket launchers can fire tactical ballistic missiles like the Fire Dragon 480, delivering both brute power and pinpoint accuracy.
China, by contrast, fields something far more formidable. It has built a complete, modernized chain. A chain that runs from army group long-range rocket artillery all the way to the Rocket Force's strategic missiles. It spans land-based mobile launchers and cross-domain maritime and air strike platforms. And it is all backed by the profound strategic depth of massive industrial manufacturing.
Make no mistake: China's true deterrent has never been about that paper figure of 2,850. It is about globally leading industrial capacity. It is about a technological system that keeps improving. These are the factors that truly haunt US war games and defense planners.
The Art of Stopping War
** 博客文章文責自負,不代表本公司立場 **
US Ambassador to China David Perdue broke the news on Fox News. During the Xi-Trump meeting, he revealed, Donald Trump took the initiative to ask whether China was interested in buying American weapons.
A Trial Balloon on Fox News
Diplomatic probes built on a businessman's instincts are nothing new. But putting arms sales on the table at China-US talks still startled quite a few people. US arms sales to China are a distant memory, and a sitting president personally pitching weapons and equipment to the Chinese side is worth a closer look in itself.
Set the political barriers and legal prohibitions aside for a moment, and judge the equipment on technical performance and system compatibility alone, the Chinese military has little interest in most of the products the US military can offer for export.
Decades of defense modernization and independent breakthroughs tell the story. In core areas such as surface warships, fifth-generation stealth fighter jets, unmanned combat platforms, and hypersonic strike weapons, China has built a complete, efficient, and scale-advantaged system for independent research, development, and mass production.
Ships, Jets, Hypersonics
Naval surface warships offer the most vivid yardstick. The US shipbuilding industry is mired in a severe deindustrialization crisis. Dry docks are aging, a generational gap yawns in the skilled workforce, and build cycles for Arleigh Burke-class destroyers and new frigates keep slipping. Late deliveries and cost overruns have become the norm.
China's shipbuilders hold clear advantages in production scale and construction efficiency. They also excel at integrating dual-band phased array radars, integrated electric propulsion and universal vertical launch systems. The pace at which Chinese warships are launched and commissioned has caught the outside world's attention.
Take the Type 055 destroyers. The lead ship, Nanchang, entered service in 2020. By the time the ninth and tenth hulls finished the full journey from launch, outfitting and testing to commissioning, It took barely five to six years.
China's Type 055 destroyers: rapid production, fast commissioning.
Aviation tells the same story. The J-20 and J-35 have entered service one after the other and moved into mass production. China has ample production capacity and technological autonomy in stealth fighters.
The American-made F-35 does carry long-accumulated strengths in sensor fusion and its data-link ecosystem. But maintenance costs run high, supply chain problems keep flaring up, and delivery efficiency is hardly ideal.
A US Government Accountability Office report shows all 110 F-35s delivered by Lockheed Martin in 2024 were late, by an average of 238 days. Dragged down by the TR-3 upgrade package, large numbers of aircraft leaving the factory were semi-finished products. Products like these hold little technical allure for China.
Hypersonic penetration weapons? China has already pushed its deployments on land-based, sea-based and air-based platforms into a normalized state of combat readiness.
The YJ-21 anti-ship missile aboard the Type 055 destroyer reaches beyond 1,000 kilometers. Its average flight speed is Mach 6. In its terminal attack phase, it can reach Mach 10.
The US military, by contrast, keeps watching its hypersonic programs slip and its tests stumble. In this field, it is the United States scrambling to patch its own shortfalls.
Where America Still Leads
Objectivity and restraint are the watchwords when judging the US military. Yes, it lags in shipbuilding capacity and hypersonics. But that is no reason to write off the industrial depth banked over decades.
In a handful of cutting-edge technologies and specific combat domains, the US advantage remains rock solid. Precisely the pillars holding up America's global strategic deterrence.
First on the list: underwater quieting technology and nuclear submarine engineering. The United States has long held to an all-nuclear route in submarines, and its engineering experience runs deep. The portfolio spans Large-diameter vibration-isolation rafts, precision transmission gearboxes, natural circulation reactors and complex underwater acoustic coating materials.
US leads in submarine quieting and reactor tech.
The in-service Virginia-class attack submarines and the under-construction Columbia-class strategic nuclear submarines still sit at the international front rank. They excel at radiated noise control during low-speed cruising, and at the detection sensitivity of towed sonar arrays and integrated sonar systems.
But submarine technology is not an across-the-board US lead. Construction of the first Chinese Type 095 attack submarine is nearing completion, and Western analysts believe its underwater maneuver warfare capability is already approaching, or even surpassing, the Virginia class.
The two countries' design approaches for next-generation attack submarines are also highly convergent. The remaining difference lies mainly in America's accumulated edge in engineering maturity and real-combat experience.
Second comes the stealth strategic bomber and aerodynamic coating technology. From the B-2 to the new-generation B-21 Raider, the US military has stockpiled a trove of engineering data on flying-wing aerodynamic layouts and full-spectrum stealth design.
B-21 flying wing, coatings reveal US stealth mastery.
The B-21 program set out to cure the B-2's chronic ills: fussy stealth-coating maintenance and hangars with strict temperature and humidity demands. The durability and maintenance processes of the new radar-absorbent materials show the US military's deep foundation in materials science and stealth engineering.
Make no mistake: equipment of this class is a US strategic asset. The possibility of export is slim.
Heavy Lifters and Orbital Trump Cards
The US military's edge in rotorcraft and high-end propulsion is just as sharp. The CH-53K heavy helicopter posts a maximum takeoff weight of 39.9 tons and can sling more than 12.2 tons beneath its belly. Three turboshaft engines, each good for 7,500 shaft horsepower, give it a load-to-power ratio that shines in hot, high-altitude environments.
Tiltrotors tell a similar story. From the V-22 Osprey to the next-generation assault tiltrotor V-280 Valor, the US military has cracked the complex aerodynamic interference that hits when shifting between level flight and vertical takeoff and landing. Along the way it has banked a huge store of flight-hour data, with top cruising speeds above 500 kilometers per hour.
But China has not stood still. Domestic tiltrotor designs such as the UR6000 have already broken cover, and their technical path runs close to that of the V-280. The gap sits mainly in the engineering maturity and operational experience of heavy platforms, not in any blind spot on direction.
V-280 tiltrotor: US leads in flight data.
What should command the defense world's closest attention is the US military's accumulated depth in orbital and space combat technology. From a few hundred kilometers above Earth to tens of thousands, the US Space Force keeps a decidedly cutting-edge spread of assets on orbit.
The GSSAP satellites in geosynchronous orbit can fly close escort and run high-resolution surveillance. The PWSA low-orbit mesh constellation, now being pushed by the US Space Development Agency, aims to weave hundreds or even thousands of small satellites into inter-satellite laser links. The goal: continuous global tracking and relayed early warning of hypersonic glide vehicles.
These capabilities form the core trump card of the US military's dynamic space operations. And there is almost no chance they will ever be exported.
Outdated Stock for Sale, Crown Jewels Locked Away
So the crown jewels stay locked in the vault. The assets where the US military truly holds top-tier status, such as nuclear submarine quieting technology, the B-21 Raider bomber, the Boeing X-37B spaceplane and top-class aero engines, are the strategic foundation of American advantage.
It’s highly unlikely that Washington will ever sell them to any country.
What goes on the sales floor is usually something else: outdated capacity that is easily replaced. And the super-heavy helicopter project China is working to master? The US side cannot possibly provide the key technology for that either.
Trump's weapons pitch looks, on the surface, like a trial balloon heavy with commercial flavor. In reality, it exposes a US military-industrial base that cannot keep up with its own strategic ambitions.
As for David Perdue's account of Trump asking China to buy weapons, only his one-sided version exists so far. Even so, judging from the industrial base to the distribution of technology, the room for the US to play the arms-sales card is indeed quite limited.
