A Thousand Miles to the Target: Why the Aircraft Carrier No Longer Has Enough Range

A demonstrator used in the development of the MQ-25 Stingray unmanned aerial refueling vehicle (UAV) is seen on the deck of the USS George Bush during testing. U.S. Navy

July 15, 2026 Command aviation The US Navy Air Systems Agency (NAVAIR) has issued a request for information on a prospective carrier-based attack UAV (drone). The requirements include a combat radius of at least 1000 nautical miles (approximately 1850 km) without aerial refueling, compatibility with Nimitz- and Ford-class aircraft carriers, and the ability to perform a wide range of missions—from ship and shore strikes to reconnaissance and electronic warfare. The document appears to be a standard specification. Behind the numbers lies something else— fleet admits that his air wing is inferior to the enemy in terms of range.

Range Geometry

Imagine an operational planning officer selecting a carrier strike group's target off the coast of a potential enemy in the Western Pacific. He withdraws the ship to a range where it will be safe from attack. He discovers that from this range, carrier-based aircraft can no longer reach their targets.

This isn't a hypothesis, but simple arithmetic. The combat radius (the distance an aircraft can fly, engage a target, and return) of the F/A-18E/F Super Hornet, the primary carrier-based fighter, is approximately 390–450 nautical miles. The more modern F-35C has a range of approximately 600–670 nautical miles. The Super Hornet, however, remains the backbone of the air wing: the Navy has purchased relatively few F-35Cs.

An F/A-18E/F Super Hornet and an F-35C Joint Strike Fighter on the deck of the USS Theodore Roosevelt on July 10, 2026. Seaman Apprentice Tyler Harstad/USN

Four hundred and fifty nautical miles is just over 800 kilometers. On a map of the Pacific Ocean, such a radius means that to strike a protected coastal target, a ship must approach within a few hundred kilometers. And these hundreds of kilometers are already within a zone saturated with anti-carrier weapons designed specifically for use against aircraft carriers.

What follows is a dilemma with no good answer. Stay far away, and the air wing misses the target. Close to striking range, and the carrier itself becomes the target. A ship whose only value lies in its ability to strike from a safe distance is forced to enter the danger zone to accomplish its mission.

It's not about the quality of the aircraft. The F-35C is a high-quality aircraft. It's about the range ratio: the enemy's weapon range is growing faster than the fleet's carrier combat radius. The requirement to give the drone a 1000-nautical-mile range is an attempt to translate this dilemma into the language of a technical specification and restore the air wing's "long reach" without compromising the ship.

Concentric boundaries

The popular idea of ​​"anti-ship rocket"—that's one missile and one line on the map: crossed—hit; didn't cross—passed. In reality, the enemy has built several lines, one within the other, and each opens fire at its own range.

We're talking about anti-ship ballistic missiles (ASBMs)—they home in on a moving ship during the terminal phase of their flight—and their associated detection and targeting systems. According to open sources, the boundaries are roughly as follows:

• The DF-21D is the first "carrier killer" in history, with a range of approximately 1500–2150 km. It represents the most mature version.
  
• DF-26 - "Guam killer", about 3000-4500 km, mobile, conventional and nuclear armed.
  
• DF-27 - outer limit, 5000-8000 km, with a hypersonic glide vehicle.
  
• DF-17 and cruise missiles, including YJ-21 from Project 055 destroyers, are a close-combat saturation layer.
  

A hypersonic glide vehicle is a warhead that, after acceleration, flies and maneuvers in the atmosphere rather than following a predictable ballistic arc. Intercepting such a target is significantly more difficult.

This explains why a thousand miles is needed and why it's not enough. A drone's 1000-nautical-mile (about 1850 km) radius puts the carrier beyond the DF-21D's range. But the DF-26 and DF-27 have a much longer reach. The specifications close the near ring and leave the far ring open.

The process of preparing for the launch of a Chinese ballistic missile, presumably of the DF-21 family

The picture, however, is more complex than "the ship is doomed." Having a missile with a range of 8000 km and hitting a maneuvering target 8000 km away are two different things. Between them lies the kill chain: detecting the ship, tracking it, maintaining its position throughout the missile's flight, and delivering the warhead to its target.

But the target doesn't stand still. It's moving at full speed, jamming targets, jamming sensors, and shooting down anything that's heading its way. Every link in this chain is vulnerable, and it only takes one to break for the entire sequence to collapse.

Mobility benefits the ship. In an hour and a half of sailing, the carrier group can cover thousands of square kilometers—an area that needs to be monitored continuously, not just once. Add to this the decoys and layered missile defenses, including SM-6 interceptors. Plus, radio silence minimizes any potential detection.

But what has actually been publicly confirmed is far more modest than the name "aircraft carrier killer." The test in which China struck a naval target, according to the best public estimates, was conducted against a stationary target, without interference, without decoys, and without interceptors.

This shows that the launch and guidance chain itself is functioning normally. It's only effective against a stationary target in a test range. What will happen to a maneuvering ship under EW, nothing follows from this test. The threat is a developing trajectory, not a ready-made wall. But the planner is obliged to consider the worst-case scenario, and in this respect, the drone's range requirement is logical.

The Soviet shadow over the Pacific Ocean

For anyone who remembers the Cold War at sea, the current challenge will seem familiar, but with a reversal of roles: forty years ago, the US Navy itself was grappling with this very dilemma—only then, it was the attacking side. And they handled it more gracefully than the Americans themselves, faced with the same challenge again, are managing today.

In the 1970s and 80s, the Soviet Navy's primary anti-carrier role was carried out by naval missile-carrying aviation: regiments of Tu-22M3s armed with Kh-22 cruise missiles, supplemented by heavy Granit anti-ship missiles on ships and submarines. For all of this to fire at an aircraft carrier in the ocean, it first had to be located and targeting data was transmitted. This was accomplished by over-the-horizon radars and the Legenda naval space-based reconnaissance and targeting system (MKRTS).

Tu-22M3 long-range supersonic missile-carrying bombers

The American response was called Outer Air Battle. The idea was to intercept the missile carriers before they reached their launch range. This was accomplished using carrier-based F-14s armed with long-range AIM-54 Phoenix missiles—the air wing would position the interception range as far away from the ship as possible.

There are two similarities here. First, both sides built their doctrine around the same idea—killing the threat before it could be used. Back then, they pushed the missile carrier further away; now, they're pushing the ship itself. Second, and more importantly, both systems, the Soviet one and the current Chinese one, run into the same weak link: finding a large moving target in the ocean and maintaining its position for long enough. Half a century ago, this was a difficult task for space reconnaissance and over-the-horizon radars. Today, according to open data, it remains an unconfirmed link in the Chinese chain.

The line of analogy lies where the roles have reversed. Back then, the USSR was building a long-range anti-carrier system, while the US withdrew and protected the main platform. Now, China is implementing essentially the same idea on a new technological basis, while the US finds itself forced to move its aircraft carrier away and look for something to reach it from afar. The debate over whether it is cheaper to extend the range of a carrier or the range of a weapon has been going on for decades.

A race that can't be built

In this debate, one side has a structural advantage. Lengthening a missile is cheaper and faster than extending the combat radius of a carrier-based launch vehicle.

The Navy's answer to the range problem is the sixth-generation F/A-XX fighter, which should have a range approximately a quarter greater than the F-35C. The program is stalled. Funds for the contract were cut in the 2026 fiscal year budget, the Navy placed approximately $1,4 billion on the unpaid priority list, the project decision was pushed back to August 2026, and the aircraft won't be on deck for years. Parallel story — the MQ-25 tanker drone, which is supposed to extend the air wing's range with aerial refueling: its entry into service has been postponed from 2024 to 2027. The Air Force has a more balanced picture: the F-47's combat radius is stated as "1000+" nautical miles, while that of its partner drones is "700+."

Against this backdrop, one subtlety of the technical specifications themselves becomes clear. NAVAIR doesn't strictly require a combat radius, but rather a "delivery of effect" of 1000 nautical miles. The wording is deliberately vague: let the drone travel 600–800 miles, and the rest will be finished off by a long-range standoff missile (that is, launched from a safe distance, outside the zone). Defense enemy), for example, from the LRASM family. The range of the system is the sum of the range of the platform and the range weapons.

The takeaway here is that the 1000 nautical mile requirement is a safety net. It's not a solution. The Navy doesn't know when it will get the optimal combination of a long-range manned carrier and a swarm of partner drones: the F/A-XX and carrier-based drones They're floating. A long-range strike drone is needed as an element that will partially cover the need for range in any scenario, including the disruption of primary programs.

To be fair, departmental optimism should also be taken with a grain of salt. The Navy claims that the share of unmanned aircraft in the air wing is 60% or more. This is a worthy target, but it's worth remembering that the very first carrier-based drone, the MQ-25, reached its operational readiness milestone three years late. Between the impressive percentage in a presentation and the drone on the deck lies the same gap as between a missile's range and its hit probability—and it's not filled by a declaration.

Both common theories fall apart upon closer examination. "The aircraft carrier is dead" overestimates the readiness of China's strike chain against a maneuvering target. "A drone will save it" overestimates the speed with which the navy can build and deploy such a drone.

Finale

The requirement to give a carrier-based drone a thousand nautical miles is a matter of geometry. Technology is secondary. It puts the aircraft carrier beyond the near-missile range of anti-ship missiles, but not beyond the far-missile range, and comes at the cost of competing in a race where it's cheaper to lengthen a missile than to lengthen an aircraft. The specifications don't offer a ready-made solution. There is a frankly measured size of the problem—and the Navy seems to be aware of it.

Comments

[AllX_VahhaB]

The DF-21D is the first "carrier killer" in history, with a range of approximately 1500–2150 km. It represents the most mature version.
DF-26 - "Guam killer", about 3000-4500 km, mobile, conventional and nuclear armed.
DF-27 - outer limit, 5000-8000 km, with a hypersonic glide vehicle.
DF-17 and cruise missiles, including YJ-21 from Project 055 destroyers, are a close-combat saturation layer.

So, a conflict with China is being considered... And who said the Americans would start "bombing" China from their aircraft carriers? They'd send Japan, South Korea, and Taiwan first. And they'd fly from their own territory. Then the Philippines, and at worst, Australia... And they'd sell weapons to everyone... Aircraft carriers are just for chasing the "Papuans"...

[tsvetahaki]

These days, "brains" are developing much faster than "iron." I mean the "brains" of high-tech, yet small, things—from radars to all sorts of detection and targeting systems.
"Chuguny" - huge aircraft carriers and aircraft, even 7th generation ones, are much slower and more expensive.
Detecting and guiding a missile, with all its anti-aircraft maneuvers and countering all attempts at concealment and interception, is simpler, cheaper, and developing faster. It's unlikely that passive methods will be able to mitigate the threat to aircraft carriers... rather, the threat will grow to the point where expensive carriers will be completely ineffective. The flexibility of aircraft carriers lies in the delivery of numerous small, reusable, inexpensive aircraft within their operational range (and therefore small and inexpensive in terms of the tons of ordnance they release over their lifetime). This will have to be replaced by the delivery of fewer, but equally inexpensive and effective, things (drones, missiles).

[Fan-fan]

Detecting and guiding a missile with all its anti-aircraft maneuvers against all attempts at camouflage and interception is simpler and cheaper.

In recent years, there have been several articles on this topic by experts like Timokhin, Klimov, and Starostin, and our people didn't like their articles. Because the experts stated that simply finding an aircraft carrier is a major challenge, and providing targeting information is even more difficult. The Russian A-50 AWACS aircraft can detect a large surface ship (aircraft carrier) at a distance of up to 300 km. Therefore, it's pointless for the Chinese to increase the range of their missiles to hit an aircraft carrier; they won't receive targeting information at a distance of more than 300 km. To do this, they need a special aircraft stationed near the carrier to guide the missile to the target. And the missile's seeker only activates in the last 30-50 km of the target.

[tsvetahaki]

Quote: Fan-Fan

Yes, there were several articles on this topic in previous years.

This is understandable. Phantom pains due to the technological level of the USSR.
But they take Russia's backwardness as a benchmark. They believe that others have developmental disabilities, too.
It is enough to remember the "trampolines" and the cheerful laughter of self-confident "experts" and ordinary people.

[paul3390]

There's a significant aspect here: the rarity of modern aircraft carriers. The US, for example, has 12. Considering that at any given time, only half are at full combat readiness, in the best-case scenario, with the other half undergoing repairs, that's a real total of six. In reality, there are four, a third undergoing major repairs, and a third undergoing routine maintenance or preparing for scheduled maintenance. Regardless of how you look at it, given the vastness of the world's oceans and the potential theaters of war, they can muster, at best, three carrier strike groups in a critical area. This is clearly insufficient, and the loss of just one carrier is a national tragedy, equivalent to a major lost battle, ruining all operational plans for the war. And replacing the loss in a reasonable time is physically impossible.

The implication is that in a real war with a peer adversary, the US is forced to cherish every single unit, keeping its carrier strike groups far from the battlefield. Something similar happened with battleships back in the day—they were too expensive to risk. In other words, the money and resources spent on their creation and maintenance are worthless! The benefits don't match the costs. It's a road to nowhere—all noise, little fur, as the devil used to say when he was cutting his cat's hair. They're too expensive, too few in number, too slow to build, and too vulnerable to modern weapons systems.

[Dmitriy22]

An engineer's thought: what if we slightly alter the architecture of the approach to the problem: a missile launches a guidance and targeting unit and the actual warhead (preferably a separable one) into near space (no specifics, just the concept), where they undock, and the guidance unit, having scanned a designated (large) area, guides the warhead to the target. Of course, it would be expensive, but the target is worthy...

[Andrei from Chelyabinsk]

Quote: Dmitriy22

An engineer's thought

The idea is wonderful in every way, except for one thing: having discovered that the enemy has used ballistic missiles, the US will most likely begin Armageddon, without determining whether the launched missiles are ICBMs or not.

[Conjurer]

A thousand miles to the destination

There's a curious philosophical aspect to all this—what, essentially, is an aircraft carrier? An aircraft carrier is, first and foremost, a weapons depot close to the enemy's shore, a forward supply base upon which the Air Force relies during military operations. This base must be large enough to fill gaps in the delivery of resources from the continent (logistics), meaning it can't be small, and therefore, it can't be mobile or stealthy. The destruction of the base means a halt to military operations in that direction.
Comparing all this with the rate of increase in the range and intelligence of weapons, the conclusion becomes obvious: the base will have to be further moved away from the coast and, most likely, it will cease to be an air base. Simply because aircraft at such ranges will no longer be effective in terms of fuel-to-combat payload ratio. This means that the base will most likely carry cruise missiles (or attack drones) – after all, they fly only one way, making them much more effective than aircraft in this regard.
Traditional aircraft carriers, as floating airfields, are unlikely to disappear, at least as long as traditional aviation, which cannot land and take off from unsuitable sites, exists. They will simply have a secondary role—approaching the shore after coastal defenses are destroyed.

[Melior]

Or we could simply return the A-3 Skywarrior to service, restoring its production to a new technological level. It has a combat radius of 2000 km.

[Ataman_stasian]

An interesting idea, but it’s an easy target for all modern air defense systems.

[Melior]

It's no lighter than the Super Hornet. Plus, it's an excellent platform for reconnaissance, electronic warfare, early warning, tanker, and executive aircraft.

[Glagol1]

All ballistic missile theories against moving ships are a very complex matter. The launch is pre-programmed, the trajectory is calculated—everything is pre-empted, and evasive action is possible. The main threat to aircraft carriers is supersonic (or hypersonic) anti-ship missiles, which are launched from three platforms: submarines, surface ships, and naval aircraft. Many such missiles can be launched at once, and the flight time is not particularly long. These are precisely the limits that need to be addressed. Currently, this range is 800-1000 km, meaning the F-35 is already in use, albeit at its limits. Perhaps the search for a solution for long-range drones is not only a defense, but also an offense. This means reducing the risk to pilots, of whom there are only slightly more than astronauts, and having a long reach. The Americans have always been concerned with this—and often successfully.

[Fan-fan]

The main threat to aircraft carriers is anti-ship missiles at supersonic (hypersonic) speeds,

For the hypersonic Kinzhal, with a range of 1000 km, to hit an aircraft carrier, an Il-20M electronic reconnaissance aircraft would need to be positioned near the carrier to receive targeting data for the missile. This is a slow-moving, turboprop-powered aircraft, so the carrier would need to be asked not to shoot it down. Then there's a chance the Kinzhal would hit the carrier.

[MCmaximus]

And one more thing - you have to have this Il-20

[MCmaximus]

Everything discussed above applies to actions against the shore. Against a fleet, however, things are not yet so straightforward. An aircraft carrier's planes can destroy any waterfowl within its range with impunity.

[Fan-fan]

An aircraft carrier simply shouldn't approach close to shore, as the Americans did in the war with Iran and were hit by a drone in its deck. A carrier task force effectively suppresses everything around it when it's located far from shore. And, for example, it can provide excellent cover for the patrol area of ​​its missile submarines.

[rotfuks]

It all comes down to price and profitability. Aircraft carriers take 10 years to build, and during those 10 years, several generations of "carrier-killer" missiles are developed. Missile technology is cheaper than shipbuilding, and rocket science is developing more dynamically. Gone are the days when aircraft carriers frightened entire continents. Times have changed; now even the Houthis have something to use to bolster an aircraft carrier. And as events in Iran, where aircraft carriers are quite successful, show, the era of aircraft carriers is rapidly fading. Just 100 years ago, naval powers fought each other with dreadnoughts, then battleships became the terror of the seas, and then aircraft carriers entered the arena. But it seems aircraft carriers will suffer the same fate as dreadnoughts. Incidentally, aircraft carriers are a technology from World War II, and many countries simply abandoned them. Only in the US do they continue to cut budgets and build aircraft carriers. I suspect Iran would easily sink the American aircraft carriers, and the Persians are only deterred by further escalation after the sinking of those formidable troughs. So for now, those formidable troughs are being kept at a considerable distance from the Iranian coast, but the situation could still change.

[Fan-fan]

I suspect that Iran will easily sink American aircraft carriers,

An extremely reckless statement. Damaging an aircraft on the deck or the radar antennas of an aircraft carrier is the most the Iranians can do, and that's only if the Americans get close to shore.

[hostel]

"On a map of the Pacific Ocean, such a radius means that to strike a protected target on the coast, a ship would have to approach within hundreds of kilometers." Apparently, the author doesn't understand that an American aircraft carrier isn't used in the "fleet versus shore" concept. Fighting against the coast is a recipe for disaster for an aircraft carrier. The American Navy uses this ship to engage the enemy fleet, and this doesn't require entering the range of China's missiles. A strike against the coast, from an aircraft carrier, will occur when the enemy fleet is destroyed or weakened. That's exactly what will happen. The logic of war hasn't changed, whether it was against Japan in 41-45 or against China now. Technologically, these are different wars, but the logic is always the same.

[Penza takes revenge]

I wonder if our Onyxes will be upgraded for these tasks, and in general, when will we have inexpensive solar-powered, stealth drones with high aerodynamic quality? Or have we already developed a satellite constellation across the oceans, or are we blind again?