The Carrier and the Missile

Thursday 18 June 2026

For most of the post-war era since World War II, the American aircraft carrier has been the ultimate symbol of military power. A floating airbase carrying scores of combat aircraft, escorted by cruisers, destroyers, submarines and support vessels, a carrier strike group has long represented the ability of the United States to project force almost anywhere on earth. During crises from the Cold War to the Middle East, the question often asked in Washington was simple: where is the nearest carrier?

China’s military planners have spent decades pondering a different question: how does one defeat such a force without building an equivalent fleet?

The answer they have developed is one of the most ambitious military projects of the twenty-first century. Rather than matching the United States ship for ship, China has invested heavily in long-range missiles designed to threaten American aircraft carriers from distances that would once have seemed impossible. The objective is not necessarily to sink every carrier that approaches China’s shores. It is to make the risks so great that American commanders hesitate before deploying them into contested waters.

The most famous of these systems is the DF-21D, often described in Western media as a “carrier killer”. More significant still is the DF-26, a larger missile capable of ranges of approximately 4,000 kilometres. Chinese sources and Western analysts alike regard these weapons as central elements of China’s anti-access and area-denial strategy — the effort to prevent hostile forces from operating close to the Chinese mainland.

What makes these weapons remarkable is not simply their range but their intended target. Hitting a city is relatively easy compared with hitting a moving ship. An aircraft carrier may travel at over thirty knots while manoeuvring unpredictably across thousands of square kilometres of ocean. To strike such a target, China requires a vast network of satellites, drones, aircraft, radar installations and communications systems capable of locating, tracking and continuously updating the target’s position. Increasingly, Chinese military doctrine appears focused upon integrating these systems into what American analysts call a “kill web” — an interconnected network designed to find and attack enemy forces in real time.

The challenge becomes even more formidable at distances exceeding 3,000 kilometres. At such ranges, the missile itself may be the least difficult part of the equation. The real problem is maintaining accurate tracking information. Oceans are vast. Weather intervenes. Satellites can be disrupted. Communications links can be jammed. A carrier commander who knows he is being hunted will not sit still waiting for impact.

This is why discussions of Chinese missile ranges can sometimes be misleading. A missile capable of flying 4,000 kilometres or even 5,000 kilometres is not automatically capable of destroying a carrier at that distance. The missile must first know precisely where the carrier will be when the warhead arrives. In military affairs, targeting information is often more valuable than the weapon itself.

Nevertheless it would be a mistake to dismiss China’s achievements. The mere possibility that carriers could be struck far from China’s coastline has already altered American naval planning. During the 1990s the appearance of a carrier group near Taiwan was often sufficient to compel Beijing to moderate its behaviour. Chinese strategists never forgot that lesson. Today they seek to ensure that no foreign navy can operate so confidently near Chinese waters again.

The United States, meanwhile, is adapting. Carrier air wings are acquiring aircraft with greater range. Missile defence systems continue to improve. American forces are dispersing across wider areas of the Pacific and investing heavily in their own space-based surveillance capabilities. Reports indicate that the US Navy is exploring additional layers of missile defence specifically in response to concerns about Chinese hypersonic and anti-ship ballistic missiles.

There is also an irony in the evolution of naval warfare. Aircraft carriers were once regarded as the weapon that rendered battleships obsolete. Now some analysts wonder whether long-range precision missiles might one day do the same to carriers. History suggests caution. Predictions of the carrier’s demise have appeared repeatedly since the 1960s. Yet carriers remain among the most versatile military assets ever constructed.

What is changing is not necessarily the carrier’s relevance but the environment in which it operates. The Pacific Ocean is becoming a theatre in which satellites, artificial intelligence, cyber warfare and hypersonic weapons interact in ways that previous generations of naval officers could scarcely imagine. The contest is no longer merely between ships and aircraft. It is between entire networks of sensors, communications systems and precision-guided weapons.

China’s ambition to destroy American carriers at ranges of 3,000 kilometres or more should therefore be understood not simply as a missile programme. It is an attempt to redefine the geometry of power in the western Pacific. If successful, it could force American naval forces to operate much farther from Asia’s contested waters than they have for decades. If unsuccessful, it will still have compelled the United States to spend enormous resources adapting to the challenge.

Either way, the strategic contest illustrates a timeless truth. Military supremacy is never permanent. Every dominant weapon eventually inspires a counter-weapon. Every fortress inspires a siege engine. Every aircraft carrier inspires a missile designed to sink it. The history of warfare is, in large measure, the history of that perpetual competition. In the Pacific today, it is being played out across thousands of kilometres of ocean, at hypersonic speeds and under the watchful gaze of hundreds of satellites orbiting silently overhead.