AIM-120 AMRAAM vs PL-15

The PL-15 entered PLAAF service in 2016, and it is the main reason the U.S. Air Force accelerated the AIM-260 JATM. On kinematics and seeker generation, the Chinese missile outclasses most AMRAAM variants in service. The AIM-120's advantages are elsewhere: three decades of combat data, about 14,000 rounds built, and integration across nearly every Western fighter and the NASAMS ground launcher.

Development and Design

AMRAAM came out of the AIMVAL/ACEVAL trials, which showed the need for a fire-and-forget replacement for the AIM-7 Sparrow. It entered service in 1991. Successive blocks, from the AIM-120A through the C-8 and D-3, refreshed the motor, processor and datalink. The 178 mm airframe never changed, and that constraint now limits motor volume.

CAMA designed the PL-15 without that legacy constraint. Its airframe is 203 mm wide and 210 kg, about 48 kg heavier than AMRAAM. The extra mass goes into a dual-pulse motor. Cropped fins allow four rounds in the J-20's main bay. The folded-fin PL-16 derivative aims to raise that number.

Performance and Capabilities

• Range: Chinese-service estimates reach 200 km or more, against about 160 km for the AIM-120D. The PL-15E export variant is reportedly limited to around 145 km.
• Speed: Mach 5 versus Mach 4. More important, the PL-15's second motor pulse fires in the terminal phase, so the missile keeps energy for endgame maneuvers. Single-pulse AMRAAM variants coast and bleed speed at long range.
• Warhead: AMRAAM carries a 20 kg blast-fragmentation warhead. PL-15 warhead data is undisclosed.

In practice, the PL-15 widens the no-escape zone against maneuvering fighters and threatens high-value assets such as tankers and AEW&C aircraft from further out.

Guidance and Technology

Both missiles use inertial mid-course guidance with datalink updates and active terminal homing. AMRAAM's mechanically scanned seeker, with home-on-jam capability, has been refined across blocks. The PL-15 uses a miniature AESA seeker with passive modes and a two-way datalink. That combination supports AEW&C-cued launches and should resist jamming better.

The PL-15 has not yet been tested against top-tier Western electronic warfare. AMRAAM's record also comes mostly from engagements against adversaries with limited EW capability.

Deployment and Combat Record

AMRAAM scored its first kill on 27 December 1992, when an F-16D downed an Iraqi MiG-25. Further kills followed over Bosnia (1994) and Kosovo (1999), and in 2017 a U.S. Navy F/A-18E downed a Syrian Su-22. Pakistan used AMRAAM in February 2019 during the Kashmir clash; India later displayed debris. In Ukraine, NASAMS-launched AMRAAMs engage cruise missiles and drones daily.

The PL-15E's first combat use came in May 2025. Pakistani J-10CEs, cued by Erieye AEW&C aircraft over datalinks, fired from stand-off range at Indian Air Force aircraft. Western officials assessed that at least one Rafale was lost, and India's Chief of Defence Staff acknowledged unspecified aircraft losses. A nearly intact PL-15E was recovered near Hoshiarpur. Its seeker and motor hardware will likely be exploited by India and its partners, which is an operational security cost for China.

Conclusion

In a Western Pacific long-range fight, the PL-15 has the edge. It outranges the AIM-120D, keeps more terminal energy, and fits a doctrine that uses J-20s and J-16s to strip away tankers and AEW&C. AMRAAM cannot close that gap without the AIM-260.

In everything outside that scenario, AMRAAM is ahead:

• Over 33 export customers
• Integration from the F-16 to the F-35
• A dual air and ground launch role
• Multi-billion-dollar production lots

The PL-15 is the better missile. AMRAAM remains the better-supported weapon system, and that advantage will narrow as Chinese production and exports grow.