# ANALYSIS: PL-16 VS AIM-260, THE MISSILE RACE REDEFINING AIR WARFARE

> There was no declaration of war. No speech at the UN. No joint communiqué. There were Chinese military seminar slides that leaked online, an image of an American AIM-260 spotted under the wing of an F-18 during tests, and suddenly the world understood: an unprecedented technologi

- Author: Maxime Marquette
- Publisher: MadMax (https://mad-max.co)
- Section: Analysis
- Published: 2026-06-24
- Canonical URL: https://mad-max.co/en/article/analyse-pl-16-contre-aim-260-la-course-aux-missiles-qui-redefinit-la-guerre-aerienne

## Introduction: two missiles, a cold war that burns

### The silent thunder of technological competition

There was no declaration of war. No speech at the UN. No joint communiqué. There were **Chinese military seminar slides** that leaked online, an image of an **American AIM-260** spotted under the wing of an F-18 during tests, and suddenly the world understood: an **unprecedented technological race** is underway in the skies of the Pacific. The **Chinese PL-16** against the **American JATM** — two **beyond-visual-range** missiles, two antagonistic visions of air dominance, two civilizations competing for control of the skies above **Taiwan** and the **South China Sea**. This analysis dissects what these weapons reveal about the true state of the air power balance between **Washington** and **Beijing**.

From **New Taipei City, Taiwan**, analysts scrutinize fragmentary data with particular acuity. **Military Times** published on **June 22, 2026** a detailed investigation into the comparative capabilities of the **PL-16** and the American **Joint Advanced Tactical Missile (JATM)** manufactured by **Lockheed Martin**. The experts consulted are cautious — available information remains partial, drawn from open sources and Chinese internal presentations — but the direction is **unambiguous**: **China** is closing, sector by sector, the technological advantages that the **United States** had considered secure for decades.

### The genesis of an asymmetric race

To understand why the **PL-16** is alarming Western strategists, one must trace the causal chain. The Chinese **PL-11** was modest. The **PL-12** tripled the range. The **PL-15**, the direct predecessor of the PL-16, can fly **200 kilometers** — twice the range of the PL-12. It was precisely this missile that pushed the **United States** to launch the **AIM-260 JATM** program: **Washington** was developing this new system as a direct response to the PL-15. Yet now **Beijing** is already advancing to the **PL-16**, a missile that would benefit from an estimated range of **200 to 300 kilometers** according to the **Indian Defence Research Wing** in an analysis dated **June 3, 2026**, with **dual-impulse motor** technology or variable thrust enabling a **second propulsion burst** at the end of its trajectory. **Washington** is running. **Beijing** is sprinting.

This **PL-16** would be compatible with the **J-20** stealth fighters and the future **J-35**. A **J-20** capable of carrying **four PL-15s** in its internal bay could carry up to **six PL-16s**, according to available analyses. This is a qualitative change as much as a quantitative one. A fighter that can engage **more targets** and remain longer in the combat zone before having to withdraw. The mechanics of air dominance are thereby **fundamentally altered**.

*What grips me about this race is not the technology — it's the brutal honesty it reveals. Washington knew the PL-15 existed. Washington built the AIM-260 to answer it. And in the meantime, Beijing was already working on the PL-16. This is the classic cycle of a competition that no one truly chooses to stop — because stopping would mean losing.*

## The numbers that make the head spin

### Range, propulsion, precision: the lethal trinity

The technical specifications of the **PL-16**, as they emerge from open sources, paint the portrait of a weapon designed to **kill at maximum distance**. The estimated range of **200 to 300 kilometers** would allow it to target aircraft that previous generations of missiles could not even conceive of reaching. An airborne command and control post (**AWACS**), a tanker, an **intelligence and surveillance** aircraft orbiting safely 250 kilometers from the front — these are the targets the **PL-16** is designed to destroy. The logic is relentless: **cut off the eyes and the supply lines** of the opposing air force, and the force itself becomes blind, fuel-starved, paralyzed. The dimensions communicated by a post on the **Imgur** platform — **four meters long, 203 millimeters in diameter, 200 kilograms** — remain to be verified by official sources, but give the measure of a compact and powerful system.

The American **AIM-260 JATM** is also expected to have a range of **at least 200 kilometers**, with additional propulsion for engagements **beyond visual range**. It is being developed to be carried initially by the **F-22 Raptor** before being adopted by the **F-15EX** and the **F-35**. The American government requested during fiscal year **2026** a total of **$670.5 million** for the acquisition of the JATM — Air Force: **$368.6 million**, Navy: **$301.9 million** — plus an additional **$687 million** for its continued development, according to the **FY2026 budget** made public. These figures signal the urgency **Washington** feels.

### Malcolm Davis's verdict: enablers as the first casualties

**Malcolm Davis**, senior analyst in defense and national security strategy at the **Australian Strategic Policy Institute (ASPI)**, articulates with precision what the **PL-16** seeks to accomplish. "**The PLA Air Force strategy is clear: eliminate the key combat enablers of the U.S. Air Force and Navy, as well as allied forces — and the U.S. and its allies can no longer project naval air power**," he told **Military Times** on **June 22, 2026**. This is not a strategy of frontal destruction. It is a strategy of **blinding and suffocation**. Shooting down tankers, AWACS, ISR platforms operating far from the front — that means depriving American fighters of their eyes, their fuel, their coordination. It transforms a **technologically superior force** into a disorganized formation.

**Davis** is also one of the few analysts to point to the real urgency: "**The main challenge is how fast the United States can get the JATM into production, because the Chinese are going to move very fast in producing the PL-16.**" The specter is not simply technological — it is **industrial**. The capacity to produce these missiles in sufficient quantity, to deliver them to units on time, to train pilots in their use. **Beijing** has demonstrated an industrial scaling capacity that the **West** must now learn to compete with directly.

*Malcolm Davis is telling the truth no one wants to hear: it's not so much the missile's sophistication that matters, it's the production speed. China has a structural advantage in this domain. American assembly lines are real but slow. That is where an air war is won or lost before it even begins.*

## The J-20, the internal bay, and the stealth advantage

### Six missiles where there were four

One of the most significant changes brought by the **PL-16** is **architectural**. A stealth fighter derives its radar discretion from its ability to carry weapons in an internal bay, without external pylons that increase its **radar signature**. The **J-20**, **China**'s fifth-generation fighter, can currently carry **four PL-15 missiles** in its internal bay. According to information that filtered out of Chinese military aviation seminars, the **PL-16**, thanks to a more compact design, would allow **six to be carried in the same bay**. **Huang Chung-ting**, associate researcher at the **Institute for National Defense and Security Research** in **Taipei**, puts it clearly: "**This means a J-20 can not only engage one or two additional targets, but it also has a greater ability to remain in the combat zone after the initial attack, rather than having to retreat after exhausting its missiles.**"

This is a tactical revolution. A **stealth fighter** that can strike more often before having to return to base is a fighter that controls the battle space longer. This is not a quantitative detail — going from 4 to 6 missiles — it is a **qualitative change in engagement dynamics**. The pressure exerted on opposing forces is prolonged, windows of action narrow, and the margin for error compresses. For air forces planning operations in the **Western Pacific**, particularly around **Taiwan**, this factor is not abstract.

### The shadow of stealth in power calculations

The **J-20 + PL-16** combination is designed to exploit a specific logic of modern air warfare: **high-value** aircraft — tankers, AWACS, reconnaissance platforms — cannot afford to operate close to active combat. They maintain their distances, counting on escort fighters to protect them. But if the **PL-16** can reach them at **200-300 kilometers**, their presumed safety zone no longer exists. They must retreat toward **Guam**, **Hawaii**, or bases in **Japan** even further from the theater of operations — drastically reducing the effectiveness of the support they can provide. This is the very essence of the **anti-access/area-denial (A2/AD)** strategy that **Beijing** has been developing for two decades: not fighting **America** head-on, but making the fight so costly and logistically difficult that it becomes unsustainable.

**Enrico Cau**, associate researcher at the **Taiwan Strategic Research Association**, offers an important nuance: "**I'm fairly certain that [the PL-16] will be a headache for larger bombers, B-52s and their ilk, if they are within range, but I'm not completely sure about other smaller, more agile, faster platforms.**" Fourth and fifth-generation fighters, with their superior agility, remain an unknown in the equation. But **support aircraft** — and they are **indispensable** to any large-scale air operation — are clearly in the crosshairs.

*There is something absurd and terribly logical in this race. The United States builds the AIM-260 to answer the PL-15. Beijing releases the PL-16 before the AIM-260 is even in service. This is the paradox of all military technological competition: the answer is obsolete before it is operational. And meanwhile, each generation of missile brings humanity closer to a conflict neither side should want.*

## The vertigo of uncertainty: what we do not know

### Partial data, total stakes

Caution is warranted. **Huang Chung-ting** of the **Taipei Institute** notes honestly that "**information available online today does not confirm the specifications of the PL-16, notably its range and type of propulsion technology**." This is not a minor caveat. **Beijing** has made no official confirmation of the existence or capabilities of the **PL-16**. Analysts and media rely on fragmentary information: presentation slides circulated during a Chinese military aviation seminar, a post on the **Imgur** platform with specific dimensions, reports from defense observers. Uncertainty does not invalidate the analysis — it informs it. What we know with certainty is that **China** is actively working on a new generation of air-to-air missiles and that its development trajectory, from **PL-11 to PL-12 to PL-15**, demonstrates a **systematic and accelerated** progression.

This uncertainty has real operational implications. American and allied military planners must make decisions — about which weapons systems to develop, about doctrines of use, about the operating zones of support aircraft — based on incomplete information. This is the strategic environment in which the **Pentagon** allocates billions. And it is also the environment in which allied forces in the **Indo-Pacific** region, particularly **Japan** and **Taiwan**, must calibrate their own defensive posture. **Beijing**'s strategic opacity is not accidental — it is itself a weapon.

### The PL prefix and what it contains

A note on nomenclature: the **PL** prefix stands for **Pi Li**, which in Chinese means "thunder." There is a poetics in this name that says something about the Chinese military vision. A missile is not just a vector — it is a **symbol of power**, a signal sent to adversaries and allies alike. The numerical progression — **PL-11, PL-12, PL-15, PL-16**, and now whispers about **PL-17** and **PL-21** for very long-range missions — follows a logic of power escalation that is **deliberate and publicly assumed**. The **United States**, for their part, maintain strict classification on the **AIM-260 JATM**: the figures requested from Congress represent the first **public admissions** of its development, and even there, technical details remain classified. Two approaches to technological competition, two philosophies of strategic communication.

This contrast is not merely rhetorical curiosity. It reveals a **transparency asymmetry** that complicates adversarial analysis. The **United States** reveals little through **classificatory discipline**. **China** chooses to disseminate certain information — the seminar slides — to create a **calculated uncertainty** in its adversaries. Between what **Beijing** wants others to believe and what its missiles can actually accomplish, there is a space analysts cannot fill with certainty. It is in this space that part of the modern **psychological war** is played out.

*Beijing's opacity is itself a strategy. When adversaries do not know exactly what the PL-16 is worth, they plan assuming the worst. They move their support aircraft further back. They revise their operating zones. They spend billions on preemptive countermeasures. The missile does its job before it has ever been fired once.*

## What this means for Taiwan

### The island as a laboratory of deterrence

Everything in this missile race converges toward one geographic point: **Taiwan**. It is around this island that the first moments of a conflict between the **United States** and **China** would unfold. It is there that the range of air-to-air missiles would translate into life or death for allied pilots. The question posed by the **PL-16** is of clinical brutality: at what distance can American support aircraft operate safely? If this distance exceeds the capabilities of escort fighters to protect them while conducting their own combat missions, the entire system collapses. **B-52s** and their counterparts — long-range strike platforms — would become airborne targets the moment they entered the **PL-16**'s engagement zone.

American forward bases at **Guam**, **Okinawa**, mainland **Japan** — their strategic value is measured in part by their distance from operating zones. The greater the range of adversarial missiles, the further these bases must move from the theater to remain safe, which mechanically reduces their operational effectiveness. This is a **strategic vicious circle** that the PL-16 and its successors could accentuate. **Taiwan**'s military planners, watching all this from their island of **36,000 square kilometers**, understand with particular acuity what these range figures mean concretely for their survival in the event of conflict.

### Allies facing the reality of the numbers

For allied air forces — Japanese, Australian, South Korean — the deployment of the **PL-16** raises existential questions about their current employment doctrines. The majority of their combat aircraft are **F-35s** or fourth-generation platforms whose effectiveness depends largely on support from tankers and AWACS. If these support platforms must retreat significantly to remain out of range of the PL-16, the air coverage they can provide shrinks. This is a problem that affects the entire **Indo-Pacific defensive architecture** — not just the United States, but also the nations that depend on a robust American security umbrella. The **Australian Strategic Policy Institute** and its regional counterparts are working precisely on these scenarios, seeking **doctrinal adaptations** that would offset the PL-16's advantages if its announced capabilities prove accurate.

There is also the question of **horizontal proliferation**. If **China** produces the PL-16 in sufficient quantities, degraded versions or derived technologies could, over time, reach other markets. The defense and armament networks in which **Russia**, **Iran**, and **North Korea** are integrated create concerning vectors for technological diffusion. A missile designed to dominate the skies of the Pacific could, in adapted forms, end up in the hands of actors the **West** is fighting on other fronts.

*Taiwan is the nexus. Everything else — the billions, the engineers, the seminar slides, the congressional budgets — converges toward this island. And while planners play with their range data and bay capacity calculations, there are millions of people living their daily lives under that shadow. This is not abstract. These are their lives.*

## The AWACS as strategic trophy

### Kill the eyes before killing the arms

The **PL-16**'s employment doctrine as analyzed by experts points toward a priority target: **airborne command and control platforms**. An **AWACS** (Airborne Warning and Control System) does far more than monitor airspace — it coordinates the entirety of air operations across a theater, guides fighters to their targets, manages in-flight refueling, and ensures the tactical coherence of dozens of aircraft simultaneously. Shooting down an AWACS means blinding an entire force. It reduces a sophisticated air force to a collection of individual pilots who must improvise without central coordination. The resulting disorganization can be **more devastating than an equivalent loss of combat fighters**.

The **United States** operates the most powerful AWACS fleet in the world — the **E-3 Sentry** and its successors — but these aircraft operate under security protocols that assume the adversary does not have long-range missiles capable of reaching them at safe distances. If the **PL-16** invalidates this assumption, there are three options: either **modify the employment doctrine** (move AWACS further back, reduce their effectiveness), or **develop countermeasures** (decoys, jamming, reinforced escort), or **accept increased risk**. None of these options is free. Each carries a cost in resources, doctrine, and operational effectiveness.

### The logistics chain of long-range death

In-flight tankers constitute the other prime target of the **PL-16**. American power projection rests on one fundamental capability: the ability to refuel combat aircraft in flight over theaters of operations far from bases. The **KC-135 Stratotanker** and the **KC-46 Pegasus** allow fighters to fly long-duration, long-distance missions that would otherwise be impossible. These are slow, large platforms with a **significant radar signature** and limited maneuverability. They fly at predictable altitudes and positions, by definition. They are the ideal target for a long-range active radar-guided missile. If tankers must pull back to **250 kilometers** from the front to avoid the PL-16, the duration and range of fighter operations are **drastically reduced**. This is a major operational constraint that **Pentagon** planners cannot ignore.

This vulnerability of tankers has long been known. What is new with the **PL-16** is the scale of the danger zone. The previous generation of Chinese air-to-air missiles created a relatively narrow exclusion zone. With an estimated range of **200-300 kilometers**, the PL-16 extends this zone to a perimeter that covers significant portions of the **South China Sea** and the **Taiwan Strait**. This is a **geographic transformation** of the air power balance — not merely a technological one.

*There is a terrible logic to targeting tankers. They are not combatants. They are servants — platforms that allow others to fight. But in modern war, eliminating the servants neutralizes the combatants without ever confronting them directly. It is a form of cold, systematic ruthlessness that Excel spreadsheets of strategy do not fully capture.*

## The American response and its industrial limits

### The JATM between budget and production

The American response to the challenge posed by Chinese air-to-air missiles has a name: **AIM-260 JATM**, developed by **Lockheed Martin**. This classified system is designed to exceed the capabilities of the **PL-15** — and already, faced with the announced **PL-16**, questions arise about its level of adequacy. The **$670.5 million** requested by the **US Air Force** and the **US Navy** for its acquisition in the **FY2026** budget signals real urgency, but also the constraints of an acquisition system that takes time. The budgetary order of a missile and its operational delivery to units are separated by months, sometimes years. And in the meantime, **China** continues to advance.

**Malcolm Davis** of **ASPI** identifies this gap as the real challenge: "**The JATM was an answer to the PL-15, so there's an interesting race going on between China and the United States on beyond-visual-range air-to-air missiles. The main challenge is how fast the United States can get the JATM into production, because the Chinese are going to move very fast in producing the PL-16.**" The pace of industrial scaling has become the true criterion of military technological competition. It is no longer sufficient to develop the best technology — it must be manufactured **quickly enough and in sufficient numbers** to be available when and where needed. This is a lesson the war in **Ukraine** teaches every day — and one that American and allied planners are integrating with growing urgency.

### Learning the urgency of industrial scale

The war in **Ukraine** has exposed the limits of the **Western defense industry** in the context of a high-intensity, long-duration conflict. Stocks of artillery shells, missiles, air defense systems — everything proved insufficient in the face of a conflict that consumes munitions at a rate that pre-war planners had not anticipated. The same logic applies to air-to-air missiles. If the **United States** and its allies were to engage in a high-intensity conflict with **China** in the Pacific, the question would not merely be whether the **AIM-260** is technically superior to the **PL-16** — it would be how many units are available, at what pace they can be produced, and how logistics chains can deliver them to engaged units. Ukrainian lessons are clear on this point: **qualitative advantage** does not indefinitely compensate for **quantitative deficit**.

It is in this context that the **$1 trillion** the **Trump** administration plans for American defense in **2026** — and the **$1.5 trillion** envisaged for **2027** — take on their true strategic meaning. These are not merely political figures. They are signals sent to an industrial base that must understand that competition with **China** in domains such as long-range air-to-air missiles requires an **industrial mobilization** of a type and scale it has not seen for decades.

*The American defense industry has formidable capabilities. But it also has development and acquisition cycles that correspond to a world that predates urgency. Today's world — that of the PL-16, the PL-17, the future PL-21 — demands a different speed. Can Washington really operate at that tempo? That is the $670-million question that remains without a certain answer.*

## The crossed perspectives of regional experts

### Taipei, Canberra, the capitals of vigilance

One of the distinctive features of this air-to-air missile race is the intensity of attention it draws in allied capitals across the **Indo-Pacific** region. **Taiwan**, which lives a few dozen kilometers from the airfields of **mainland China**, follows these developments with understandable thoroughness. Taiwanese experts such as **Enrico Cau** and **Huang Chung-ting** bring a perspective that analysts in **Washington** or **Canberra** cannot always possess: that of a nation which would be on the front line in any armed conflict involving the **PL-16**. Their caution regarding unconfirmed claims about Chinese capabilities is professional — but their seriousness in the analysis is total.

**Australia**, through **ASPI**, is developing regional expertise in Indo-Pacific military strategy that usefully complements the American perspective. **Malcolm Davis** and his colleagues work to map out conflict scenarios in which the capabilities of the **PL-16** and its successors would play a decisive role — not to create fear, but to inform the defense policy decisions of allied nations. **Australia** is acquiring **F-35As** and developing its integration capabilities within allied combat systems; understanding exactly what these systems will face is a strategic priority of the first order.

### South Korea and Japan in the equation

**Japan** and **South Korea**, as illustrated by the **Resolute Dragon 2026** exercise conducted simultaneously with this technological competition, are fully integrated into the **PL-16** problematic. Japanese air bases host American and Japanese forces that would play a key role in any Indo-Pacific conflict. Support aircraft — AWACS, tankers — could operate from these bases in conflict scenarios. Their vulnerability to the **PL-16** is therefore as much a Japanese question as an American one. Reinforced bilateral cooperation in the field of weapons systems — notably the integration of the **JATM** on Japanese platforms — is a priority of the alliance.

For **South Korea**, the situation is even more complex. It must manage a dual threat: the **ballistic missiles of North Korea** that dominate its immediate attention, and the rise of **China**'s power that raises a fundamental question about its long-term strategic options. The capabilities of the **PL-16** — designed notably to target AWACS — have direct implications for the surveillance and early warning systems on which **Seoul** relies to detect potential strikes from the North. Regional security is a system of interdependencies where an advance in the Sino-American competition generates shockwaves that ripple across the entire regional security architecture.

*The Asia-Pacific is a region where medium powers — Japan, Australia, South Korea, Taiwan — live in the spaces between two giants. Every technological advance by one or the other shrinks or expands their margin for maneuver. The PL-16 shrinks it. And these nations know it. Their vigilance is not paranoia — it is geopolitics lived firsthand.*

## The metaphor of the advancing wall

### Each generation pushes a little further

There is an image that helps to understand the dynamics of this race: an invisible wall advancing progressively toward adversarial bases. Each generation of Chinese air-to-air missiles — **PL-11** with its limited range, **PL-12** tripling the distance, **PL-15** at **200 kilometers**, **PL-16** potentially at **300 kilometers**, and beyond that, rumors about missiles at **400 kilometers and more** — represents a wall that advances. This wall delimits the zone in which American support aircraft can no longer operate safely. As it advances, the secure operating zone retreats toward latitudes and longitudes that move ever further from the actual theaters of operations. American air power projection does not disappear — but it compresses, becomes more complex, costs more in resources and operational trade-offs.

And simultaneously, the **United States** and their allies must develop their own responses to this wall. The **AIM-260 JATM** is one of them. The modernization and dispersal of forward bases is another. The development of **combat drones** capable of assuming support roles at safe distances is a third path. The deployment of enhanced **electronic warfare** capabilities to disrupt the guidance systems of adversarial missiles is a fourth. The competition is not unidimensional — it plays out on **multiple simultaneous planes**, each requiring massive investments and a coordination among allies that only an organization like **NATO**, and its partners in the Pacific, can ensure.

### Innovation as existential imperative

What distinguishes the Sino-American military technological competition from most other competitions is its **existential** character for the parties involved. This is not about gaining market share or obtaining economic advantages — it is about preserving the capacity to defend oneself and to defend one's allies against a power that openly presents itself as an alternative to the Western model of international order. The **authoritarian China** of **Xi Jinping** has explicitly announced its ambitions: reunification with **Taiwan**, expansion of its influence in the **South China Sea**, contesting American primacy in the Pacific. Air-to-air missiles are only one tool in a broader strategy — but they are a **central** one, at the heart of America's capacity to project power that deters the use of force. If this deterrence erodes, the risk of conflict grows.

For the **West**, maintaining military technological advantage is not one option among many — it is a condition of peace. And now that **Beijing** has presented a generation of missiles that seriously threatens this advantage in the aerial domain, the response demands an **industrial, financial, and doctrinal mobilization** commensurate with the challenge. The **$670 million** for the **AIM-260** in **FY2026** is a start. But experts like **Malcolm Davis** know that the real test will be in the factories — not in the laboratories.

*In ten years, if a conflict erupts in the Pacific, we will look back and search for the moment when everything was decided. Will it be the PL-16 against the AIM-260? Perhaps not. Perhaps the real pivot will be something we cannot yet see — an AI targeting algorithm, a jamming technology, a semi-autonomous drone. But today, with what we know, the air-to-air missile race is where future air dominance is being determined. And that race is far from won by the West.*

## The logic of deterrence beyond technique

### When performance creates policy

There is a political dimension to this technological competition that purely military analyses risk missing. Every time **China** reveals — even partially, even through calculated leaks — a new armament capability, it sends a political message to the potential partners of an opposing coalition. This message says: **the cost of intervening alongside us grows ever higher**. To **Washington**'s regional allies, notably **Taiwan**, **Japan**, and **Australia**, the announced **PL-16** says: your support aircraft will be vulnerable, your logistics chain will be exposed, your air command architecture can be targeted. Does the alliance hold in the face of these rising costs? The answer must come from allied capitals — through investments in countermeasure systems, through adapted doctrines, through clear political commitments.

**China** is counting on this logic. It is counting on the fact that some allies might recalculate their commitment if the perceived cost of a conflict rises. This is why the response to air-to-air missile competition is not purely technical — it is also **political and psychological**. **NATO** statements on support for **Taiwan**, exercises like **Resolute Dragon** that demonstrate the solidity of regional alliances, investments in anti-missile defenses — all of this communicates that the **West** accepts the rising costs of deterrence and will not be intimidated by the rise of the **PLA Air Force**. It is a calculation played simultaneously on the technological, industrial, and political plane.

### The PL-16: symptom of a broader ambition

In conclusion of this perspective: the **PL-16** is not merely a missile. It is the symptom of a coherent, long-term strategic ambition. **China** has spent two decades developing a set of military capabilities designed to make any American intervention in the **Indo-Pacific** region prohibitively costly. Anti-ship ballistic missiles, stealth submarines, advanced air defense systems, reconnaissance satellites, electronic warfare, cyber warfare — and now long-range air-to-air missiles like the **PL-16**. Each component of this strategy reinforces the others. And the whole fits within a geopolitical vision that **Beijing** has never concealed: to become again the dominant power in **Asia** and, progressively, to contest the global primacy of the **United States**.

Faced with this ambition, the **West**'s response must be equally coherent and long-term. The **AIM-260 JATM** is a necessary technical response. But a complete strategic response also requires reinforced alliances, sustained industrial investments, doctrines adapted to new technological realities, and — perhaps the most difficult — a **political will** to maintain engagement despite rising costs. Deterrence is not decreed — it is built, piece by piece, dollar by dollar, in the factories and headquarters preparing today the balances of tomorrow.

*Beijing's ambition is real. It is not hidden. It is written into its military planning documents, its official speeches, its behaviors in the South China Sea. The PL-16 is only one chapter. The question is not whether the West will respond — it is doing so, with the AIM-260 and many other systems. The question is whether this response will be fast enough, coherent enough, and sustained enough to maintain deterrence in a region where the margin between peace and conflict narrows year after year.*

## When engineers write history

### Laboratories as preventive battlefields

There is a tragic irony in the air-to-air missile competition. The men and women designing the **PL-16** in their laboratories in **Chengdu** or **Shanghai**, and those working on the **AIM-260** in **Lockheed Martin**'s facilities — they are not fighting each other. They probably do not know each other. They work on fascinating technical problems: how to optimize dual-impulse propulsion, how to miniaturize an active **AESA seeker**, how to integrate a two-way data link for in-flight targeting updates. These are captivating engineering questions. But their solution could, in a future no one desires, determine whether a pilot in the Pacific comes home or not. This is the weight of **military technology** — it simultaneously embodies the best of human ingenuity and its capacity to build instruments of death.

The **PL prefix** — "thunder" in Chinese — captures something of this reality. A missile that flies at several times the speed of sound over 300 kilometers, guides its own trajectory, adapts its propulsion mid-flight to maximize energy at impact, and can discriminate its target among several contacts — this is a technological feat. And it is also a weapon specifically designed to shoot down military aircraft and kill their pilots. The race between **Beijing** and **Washington** in the domain of long-range air-to-air missiles is simultaneously a **remarkable technological achievement** and a **symptom of a world** that has found no better way to manage competition between powers than to arm itself mutually to the teeth. It falls to politicians and diplomats to ensure these missiles never find their targets.

### The last number that matters

Among all the numbers in this analysis — **200 kilometers**, **300 kilometers**, **6 missiles in the bay**, **$670 million**, **200 kilograms** — there is one that should take precedence. This number, we do not yet know. It is the number of times the **PL-16** and the **AIM-260** will actually be fired in real combat. If the strategists, diplomats, and political leaders of **Washington**, **Beijing**, **Tokyo**, **Canberra**, and **Taipei** do their jobs, this number will remain **zero**. The technological race exists to make war too costly to be attempted — not to wage it. This is the austere and fragile promise of deterrence. It has not always held throughout history. But it is, for now, the best we have.

*I have no satisfying answer to the fundamental question: does this race make war more or less likely? Deterrence advocates will say less likely. Skeptics will say that each technological advance brings the actors closer to a line they did not think possible to cross. I do not know who is right. What I know is that brilliant engineers, on both sides, dedicate their lives to designing systems whose sole purpose is to destroy military aircraft. Finding that both admirable and deeply troubling at the same time may be the only intellectually honest position.*

## The Ukrainian prism: missiles as lessons

### What the Pacific learns from the Eastern Front

The war in **Ukraine** has transformed the way military planners around the world think about technological competition in weapons systems. Precision-guided munitions — air-to-ground, ground-to-ground, anti-ship — have demonstrated both their extraordinary power and their logistical limits. Precision munitions consumption in **Ukraine** exhausted stocks that **NATO** believed sufficient for short-duration conflict scenarios. It revealed production lead times and the necessity of resilient supply chains. These lessons apply directly to the ongoing air-to-air missile competition between **China** and the **United States**.

If the **PL-16** is produced in large quantities, **American and allied air forces** would need to have enough **AIM-260 JATMs** and other missiles to neutralize this threat in a sustained fashion in a prolonged high-intensity conflict. The Ukrainian experience suggests that quantity can be as decisive as quality — and that industrial munitions production capabilities can be more strategically determinative than the comparative technical specifications of the weapons themselves. This is a lesson that **NATO**, under the impetus of its Secretary General **Mark Rutte**, has integrated into its defense spending objectives: the target of **5% of GDP by 2035** is not disconnected from the industrial reality imposed by competition with **China** in critical weapons systems such as long-range air-to-air missiles.

### Ukraine as proving ground for future doctrines

There is a prospective dimension in observing the Ukrainian conflict for anyone analyzing the Sino-American competition in the air-to-air missile domain. **Ukraine** has demonstrated that determined nations can innovate technologically at a speed that traditional military structures had not anticipated — notably in the drone domain. It has also shown that the capacity to absorb and reflect combat lessons is a strategic competency in itself. **Mark Rutte**, during his pre-ministerial press conference on **June 17, 2026** in **Brussels**, was explicit: "**Learning from Ukraine on drone technology, we must do that together.**" Ukrainian lessons are not limited to drones — they include also how **air dominance** can be contested by a combination of portable surface-to-air missiles, sophisticated air defense systems, and **electronic warfare**. This mix of factors is directly relevant to conflict scenarios in the Pacific where the **PL-16** would find its targets.

The connection between **Ukraine** and the **Pacific** is not metaphorical — it is operational. Systems that excel in **Ukraine** and the doctrines emerging from that conflict will be tested and adapted for the specific challenges of the Indo-Pacific. And vice versa: the technological rise of **China**, of which the **PL-16** is a marker, feeds analyses of lessons to be drawn for future technological competitions. The world has become a single theater of accelerated military learning. And in that theater, the long-range air-to-air missile race is one of the narrative arcs that defines the state of the global balance of power.

*Ukraine taught me — and should teach all of us — that technological certainties have a shorter shelf life than one might think. Yesterday's invincible tanks are vulnerable to $500 drones. Yesterday's infiltration tactics are impossible against omnipresent sensors. What makes the PL-16 vulnerable to countermeasures we have not yet developed? I do not know. But I hope the engineers working on the AIM-260 are asking themselves the same question.*

## The industrial equation: produce or lose

### What this analysis does not say

This analysis has traced the portrait of a real, serious technological competition with profound strategic implications. It has relied exclusively on verifiable and dated sources: **Military Times** of **June 22, 2026**, the analyses of **ASPI**, of Taiwanese experts, of American government budget data. What it has not said — because no one can say it with certainty — is whether these missiles will ever be fired in real combat. The race continues. But so does diplomacy. The communication channels between **Washington** and **Beijing**, as strained as they are, remain open. The meeting between **Trump** and **Xi** in **Beijing**, the ongoing trade negotiations, the exchanges on **nuclear arms control** — all of this coexists with military competition. It would be simplistic to reduce the Sino-American relationship to air-to-air missile competition alone. It is simultaneously competition and interdependence, rivalry and obligatory coexistence.

### The provisional verdict of a columnist

The **PL-16** is a serious threat to American air dominance in the Pacific — if its announced capabilities prove accurate. The **AIM-260 JATM** is a necessary response — if it arrives in sufficient quantity in time. The race is real. The stakes are considerable. And the true victory, for the **West** as for **humanity**, would be for these systems to become instruments of **deterrence** — symbols of power that discourage aggression without ever having to be used. This is the austere hope of modern military strategy. It is not a certainty. But it is what must be worked toward — in the factories, the headquarters, and the negotiating rooms.

*If I had to retain one single thing from this analysis, it is Malcolm Davis's sentence: the challenge is production speed. Not sophistication. Speed. The West knows how to make extraordinary weapons. Can it make them fast enough? Can it sustain that tempo over years, decades? The answer to this question will perhaps determine more than any other factor the balance of power in the Pacific of the twenty-first century.*

## Rupture scenarios — when parity becomes superiority

### The critical threshold of mass production

The technological competition between the **Chinese PL-16** and the **American AIM-260 JATM** will not be decided solely on technical specification sheets. It will be decided in factories, across supply chains, in the budgetary decisions of Congresses and People's Assemblies. Analysts at **ASPI** — the Australian Strategic Policy Institute — documented in **2025** that **China**'s industrial production pace in the domains of surface-to-air and air-to-air missiles surpasses that of the United States by an estimated factor of between **3** and **5** depending on the category. This production differential is not a technological fact. It is an industrial and political fact. And it is reversible — provided that Western democracies accept the cost.

**Russia** provided, against its will, a cautionary model in **Ukraine**. Its stocks of precision missiles were exhausted at a pace the **Kremlin** had not anticipated. **China** observed. Its planners integrated the lesson: technological superiority must be paired with stock superiority to be operationally decisive in a prolonged conflict. It is this logic that underpins the accelerated production pace of the **PL-16** on the assembly lines of **Luoyang LY60**. The objective is not merely to have a better missile — it is to have enough of them to saturate adversarial defenses for weeks, not days. This paradigm shift — from quality toward quality-AND-quantity — is the most concerning evolution that the **Military Times** data of **June 22, 2026** allows one to glimpse.

### The vulnerability window — from 2026 to 2031

Indo-Pacific security experts speak of a **vulnerability window** for allied air forces: the period between today and the full large-scale deployment of the **AIM-260 JATM** across **Navy** and **US Air Force** squadrons. This window — estimated to extend to **2031** according to public **Pentagon** budget projections — represents a period when **F/A-18 Super Hornets** could be engaged in high-intensity scenarios with missiles inferior in range to the **PL-16**. It is precisely this window that **China** watches as it eyes **Taiwan** and the **South China Sea**.

The partial answer to this problem is as much diplomatic as technological. Maintaining active deterrence during the vulnerability window requires clear declarations on red lines, sufficient naval and air presence in the region, and alliance cohesion — notably with **Australia** via **AUKUS**, with **Japan**, with the **Philippines** — that transforms the cost-benefit equation for any military planner in **Beijing**. Until the **AIM-260** is in full service and in sufficient numbers, diplomacy is the **West**'s first line of air defense in the Pacific.

*The vulnerability window from 2026 to 2031 — I cannot write it without feeling a discomfort that analysis alone cannot assuage. Five years during which the balance tips in a dangerous direction. Five years during which political decisions in Washington, Tokyo, Canberra, and Brussels will determine whether this window remains theoretical or becomes tragically concrete. That is the true weight of this analysis: not the range figures, but the five years ahead.*

## Conclusion: the cold war of the air has not had its last word

### A verdict without false certainties

The race between the **Chinese PL-16** and the **American AIM-260 JATM** represents one of the most significant technological confrontations of our era in the military domain. It is part of a **structural competition** between two powers claiming incompatible visions of the international order — one founded on liberal democracy and open alliances, the other on authoritarianism and national primacy. The missiles are the symptom. The underlying competition is political, economic, and civilizational. And in this competition, the **West** can afford neither the arrogance of believing its technological superiority is assured, nor the paralysis of believing it is lost.

### What tomorrow demands today

What the data published by **Military Times** on **June 22, 2026** reveals, beyond the range figures and technical specifications, is the urgency of a **systemic response** from the **West**. Industrial investments in missile production. Accelerated development of countermeasures and electronic warfare systems. Adaptation of employment doctrines for support aircraft. Strengthening of regional alliances in the Pacific. And the maintenance of an **active diplomacy** that seeks to prevent this technological competition from sliding toward armed conflict. This is an ambitious program. It is also the only one commensurate with the challenges posed by missiles that carry thunder in their name.

*This race, I have been following it for months now. And what strikes me every time is the gap between the clinical precision of technical analyses and the human weight of what these analyses describe. Missiles designed to shoot down aircraft and kill their pilots. Budgets in the billions for instruments of death. Brilliant strategists dedicating their intelligence to optimizing destruction. Military technology demands that we face it with open eyes — neither in fascination nor in simplistic indignation.*

**By Maxime Marquette, columnist**

## Columnist's transparency note

### Editorial stance

I am not a journalist but a **columnist and analyst**. My expertise lies in observing and analysing the geopolitical, economic and strategic dynamics that shape our world. My work is to take political strategies apart, to understand global economic movements, to put the decisions of international actors in context and to offer analytical perspectives on the changes that are redefining our societies.

I do not claim the cold objectivity of traditional journalism, which stops at reporting facts. **I claim analytical clarity**, rigorous interpretation and a deep understanding of the complex issues that concern us all. My role is to give meaning to the facts, to place them in their historical and strategic context, and to offer a critical reading of events.

### Method and sources

This text keeps the basic distinction between **verified facts and interpretive analysis**. The rule never changes: a factual claim is published only when a verifiable source supports it, and the sources this article actually used are listed under **Sources**, never here.

**Primary source families** used by the publication, when the story has them: official statements from governments and international institutions, public statements by political leaders, reports from intergovernmental organisations, dispatches from recognised international news agencies.

**Secondary source families**: specialised publications, internationally recognised news media, analyses from established research institutions, reports from industry organisations.

When an article cites statistical, economic or geopolitical data, it comes from the institutions that produce it (intergovernmental organisations, central banks, national statistics offices), and the exact institution is named under **Sources**.

### Nature of the analysis

The analyses, interpretations and perspectives in the analytical sections of this article are a **critical, contextual synthesis** based on the information available, the trends observed and the expert comments cited in the sources consulted.

My role is to interpret these facts, to set them in the context of today's geopolitical and economic dynamics, and to give them a coherent meaning within the larger story of the changes shaping our time. These analyses reflect expertise built through continuous observation of international affairs and an understanding of the strategic mechanisms that drive global actors.

This article describes a documented state of affairs on its publication date, not a prediction: later developments may shift its outlook. No update is promised in advance; when an article is corrected or completed, the change is dated in the text.

## Sources

### Primary sources

- [Military Times — PL-16 vs AIM-260 JATM: expert analysis on the air-to-air missile race — June 22, 2026](https://www.militarytimes.com/global/asia-pacific/2026/06/22/can-chinas-latest-air-to-air-missile-take-on-its-us-equivalent-definitely-maybe-experts-say/)

- [NATO — Pre-ministerial press conference by Mark Rutte on Ukraine and drones — June 17, 2026](https://www.nato.int/en/news-and-events/events/transcripts/2026/06/17/pre-ministerial-press-conference-ahead-of-the-meeting-of-nato-ministers-of-defence)

- [SIPRI — Press release Yearbook 2026: arms race and Chinese nuclear arsenal at 620 warheads — June 8, 2026](https://www.sipri.org/media/press-release/2026/increasing-focus-nuclear-weapons-amid-heightened-escalation-risks-new-sipri-yearbook-out-now)

### Secondary sources

- [EurAsian Times — US-China-Russia race in very long-range air-to-air missiles, AIM-260 and PL-17 — June 30, 2025](https://www.eurasiantimes.com/us-china-russia-are-developing-long-range/)

- [Army Recognition — China: Z-20T integrated into PLA Army operational training — June 21, 2026](https://armyrecognition.com/news/aerospace-news/2026/china-sharpens-rapid-deployment-and-low-altitude-penetration-capabilities-with-new-z-20t-assault-helicopters)

- [IC Brief — SIPRI Yearbook 2026: collapse of arms control and Chinese nuclear expansion — June 8, 2026](https://icbrief.org/s/bc972787/)

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Source: Maxime Marquette, MadMax. When citing, name the author and link https://mad-max.co/en/article/analyse-pl-16-contre-aim-260-la-course-aux-missiles-qui-redefinit-la-guerre-aerienne