By Evan Liu
A Chengdu J-20 stealth fighter performs at Airshow China. File photo from Evan Liu’s original article. Photo: emperornie / Wikimedia Commons, CC BY-SA 2.0.
China’s reported PL-16 and America’s AIM-260 are pushing air-to-air combat toward greater distances. But the real contest may not be about which missile flies farther. It is about who can find, track and engage the enemy first — before the other side even sees them.
Modern fighter aircraft may begin fighting long before their pilots can see the enemy.
That is the logic of beyond-visual-range warfare, or BVR.
In 2026, two weapons have come to symbolize the next stage of that competition: China’s reported PL-16, which Beijing has yet to officially confirm, and the United States’ AIM-260 Joint Advanced Tactical Missile (JATM).
Defense News cited analysts and industry material suggesting that the PL-16 could have an estimated range of roughly 200–300 kilometers, potentially using a dual-pulse or variable-thrust rocket motor. Its more compact dimensions could also allow a J-20 stealth fighter to carry more missiles internally.
There is, however, an important problem with those numbers: China has not publicly confirmed the PL-16’s development status, specifications or whether it has entered production.
So asking whether the PL-16 is “better” than the AIM-260 is, for now, the wrong question.
The more interesting story is what both weapons reveal about how air warfare itself is changing.
Air Combat Is Becoming a Race to See First
Fighter aircraft were once commonly compared by speed, maneuverability and dogfighting performance. In modern BVR combat, however, an engagement can begin when opposing aircraft are separated by well over 100 kilometers.
Air combat increasingly depends on a chain:
Detect → Identify → Track → Share → Launch → Update → Guide
The missile is only one part of it.
A weapon might theoretically fly 250 kilometers, but that range is of limited value if the aircraft launching it cannot reliably locate and track a target at that distance.
The opposite is also true. If a fighter receives targeting information from an airborne early-warning aircraft, another fighter, a satellite or an unmanned system, it may not need to rely entirely on its own radar to build the engagement.
The more important question therefore becomes not:
How far can your missile fly?
but:
At what distance can your combat network build a target accurate enough to shoot at?
That is why modern air combat increasingly resembles a contest between networks rather than a duel between individual fighters.
The Most Valuable Target May Not Be a Fighter
Long-range air-to-air missiles introduce another important change: their most consequential targets may not necessarily be the enemy’s most agile stealth fighters.
Defense News cited Australian Strategic Policy Institute analyst Malcolm Davis, who argued that if the PL-16 performs as reported, particularly important targets could include airborne early-warning aircraft, aerial refueling tankers and intelligence or surveillance platforms.
These aircraft rarely receive the attention given to stealth fighters, but they act as force multipliers.
Early-warning aircraft allow fighters to see farther and build a broader picture of the battlespace. Tankers extend the range and endurance of combat aircraft, while intelligence and surveillance platforms continuously feed information into the force.
Threaten those aircraft, and they may have to operate farther from the battlespace.
That creates consequences throughout the system: fighters receive less warning, have less access to aerial refueling and may need to spend more fuel traveling between distant support aircraft and the combat zone.
You do not necessarily have to shoot down an opponent’s fighters first to weaken their ability to fight in the air.
Sometimes attacking the “eyes” and “gas stations” behind them can have a greater operational effect.
The Biggest Problem With the PL-16 Is How Little We Actually Know
This is where reporting on military technology requires caution.
The claims surrounding the PL-16 are compelling: an estimated 200–300 kilometer range, a more advanced propulsion system, a smaller body and the possibility that the J-20 could carry six internally instead of four larger missiles.
But many of these details remain unverified.
Defense News cited Tsung-Ting Huang of Taiwan’s Institute for National Defense and Security Research, who cautioned that publicly available information is insufficient to confirm the missile’s range, propulsion system or whether it has entered large-scale service.
That distinction matters.
Military technology stories often follow a familiar pattern:
A leaked presentation appears → social media circulates it → defense publications cite it → repeated claims begin to look like confirmed specifications.
But repetition is not verification.
For now, the more defensible conclusion is that China appears to be developing a new generation of longer-range, potentially more compact BVR weapons. Whether the missile is definitively designated PL-16, exactly how it performs and whether it is operational remain questions requiring stronger evidence.
The AIM-260 is somewhat different.
In September 2026, Lockheed Martin publicly acknowledged the previously highly classified AIM-260 JATM as the United States moved to accelerate production. The weapon is intended for integration with aircraft including the F-22 and F-35, but its exact range and many technical characteristics remain classified.
Even now, therefore, a simple “PL-16 vs. AIM-260” specification chart would imply a level of certainty that does not actually exist.
The Real Race Is to Complete the Kill Chain First
That makes the emerging U.S.-China missile competition more interesting than a simple contest over maximum range.
China is developing the J-20, J-35, airborne early-warning aircraft, unmanned combat systems and longer-range air-to-air weapons. The United States is connecting aircraft such as the F-22 and F-35 with the AIM-260 and a wider network of airborne, maritime and space-based sensors.
Both sides are ultimately competing over the same thing:
Who can detect the enemy earlier, move targeting data faster and complete an engagement before the other side completes its own?
It is the same broader trend visible in the U.S. Marine Corps’ Stand-In Forces concept discussed in the previous article. Whether the target is a warship moving through the first island chain or an aircraft hundreds of kilometers away, modern warfare is increasingly becoming a competition between interconnected sensor-and-shooter networks.
A radar detects something.
Another sensor identifies it.
The information moves across the network.
A weapon is launched.
Other platforms continue updating the target’s position.
Only then does the missile complete the engagement.
If the PL-16 ultimately proves to exist in the form currently described, its significance will therefore be greater than simply giving China a missile that “flies farther.”
The same applies to the AIM-260.
The more important question is:
When both sides can fire before their pilots can see one another, who can turn a distant point in the sky into a target first?
The next generation of air combat may begin to be decided long before a missile ever leaves the rail.
About This Article
This article is based on publicly available military information, official statements and open-source reporting. Many reported characteristics of the PL-16 have not been officially confirmed by China and are therefore treated as assessments rather than established specifications.
Information and assessments in this article reflect publicly available material as of September 2026.
Written and reported by Evan Liu
Defense & Security · Air Power · China · United States
Originally published by Evan Liu in Asia Horizon Review on Medium.