AIM-260 JATM vs PL-15

The PL-15 is a fielded weapon with combat use behind it. The AIM-260 Joint Advanced Tactical Missile is still a classified development program, three years into low-rate production without declared initial operational capability. That gap defines the comparison: one missile sets the threat, the other was ordered in 2017 to answer it.

Development and Design

CAMA test-fired the PL-15 in 2011, and it entered PLAAF service between 2015 and 2017, replacing the PL-12. It is a large missile: 3,996 mm long, 203 mm in diameter, 210 kg. That bulk limits the J-20 to four rounds in its main bay, which explains the folded-fin, compressed PL-16.

Lockheed Martin took the opposite route. JATM keeps close to AMRAAM dimensions (roughly 178 mm diameter) so it fits existing launch rails and F-22 and F-35 bays without redesign. The range gain comes from a denser propellant load rather than a bigger airframe. That compact design is the program's central bet: it preserves magazine depth on platforms that carry six or fewer missiles internally.

Performance and Capabilities

The PL-15's dual-pulse motor exceeds Mach 5 and reaches about 200 km in PLA service. The PL-15E export variant is commonly assessed at around 145 km. JATM's figures are classified. NAWCWD credits the motor with 1.5 times the range of the AIM-120D-3, and range charts reported by Aviation Week suggest roughly double. Analysts place it at a minimum of 160 km.

On available evidence, kinematic parity is the likely outcome, not a clear JATM advantage. Both carry blast-fragmentation warheads. The PL-15's warhead mass is unpublished.

Guidance and Technology

The PL-15 pairs a miniature AESA seeker, with active and passive modes, with a two-way datalink. That link lets KJ-500 or Erieye aircraft cue and update shots from launchers that keep their own radars silent.

JATM's seeker and datalink are undisclosed. Its stated requirement for launch from Collaborative Combat Aircraft implies networked third-party targeting comparable in concept to the PLA approach.

One countermeasure point now favours the West. The PL-15E fragments recovered in Punjab in May 2025, including a largely intact rear section, have almost certainly informed US and allied electronic-warfare reprogramming.

Deployment and Combat Record

The PL-15 equips the J-20, J-16, J-11B and J-10C, and is exported to Pakistan for the J-10CE and JF-17 Block III. During the May 2025 India-Pakistan clashes following Operation Sindoor, Pakistani fighters fired from stand-off range using datalinked cues from airborne early-warning aircraft. India later acknowledged aircraft losses without giving numbers. Attribution remains contested, but the engagement validated the PLA's long-range, network-cued kill chain against Western-built fighters equipped with modern self-protection jammers.

JATM has no combat record. Its only export customer is Australia, whose A$736 million commitment in August 2026 buys first deliveries in 2033. To cover the gap, the US Navy is fielding the AIM-174B on the Super Hornet, and the AIM-120D-3 remains the bulk buy.

Conclusion

Through roughly 2028–2030, the PL-15 holds the edge. It is in service in large numbers, integrated across the PLA fighter fleet, tied to a mature AEW&C network, and has been used in combat. JATM cannot win an engagement it is not yet certified to fight, and the October 2025 reports of F-22 and F-35 integration problems suggest further slippage.

Once JATM reaches the force in quantity, the advantage shifts to it in first-look scenarios. Comparable or greater range in an AMRAAM-sized body lets an F-35 or F-22 carry more long-range shots internally than a J-20 can carry PL-15s, while keeping its signature low. The PL-16 narrows that gap; it does not close it.

In export markets, the PL-15E is available now and JATM effectively is not.