Meteor vs AIM-120D vs PL-15 Missile Comparison

In the Meteor vs AIM-120D vs PL-15 contest, Europe’s ramjet-powered Meteor leads on sustained power in the endgame, America’s AIM-120D on numbers and integration, and China’s PL-15 on claimed reach of 200 km or more. All three are active-radar guided, all fly at roughly Mach 4 and all are designed to be fired beyond visual range, but they reach their goals with different engineering.

~185 kg

Meteor launch weight, MBDA

~152 kg

AIM-120D launch weight, reported

200+ km

PL-15 range, manufacturer claims

Mach 4+

Top speed class for all three

Meteor vs AIM-120D vs PL-15 specs

Side-by-side comparison

Item	MBDA Meteor	AIM-120D AMRAAM	PL-15
Country	Europe (MBDA)	United States (Raytheon)	China (state industry)
Propulsion	Throttleable ducted rocket (ramjet)	Solid rocket motor	Dual-pulse solid rocket motor, claimed
Launch weight	About 185 kg	About 152 kg	About 200 kg, reported
Length	About 3.65 m	About 3.66 m	About 4 m, reported
Seeker	Active radar	Active radar, GPS-aided INS	Active AESA radar, claimed
Datalink	Two-way	Two-way	Two-way, claimed
Claimed range	Beyond 100 km, open figures 150 km or more	Reported beyond 160 km in open sources	200+ km for the domestic version, manufacturer claims
Main fighters	Rafale, Typhoon, Gripen, F-35 integration planned	F-15, F-16, F-18, F-22, F-35	J-16, J-20, J-10C (export version), JF-17 variants reported

Sources: MBDA, Raytheon and open references. PL-15 figures are manufacturer claims or state-media reports and are not independently verified; AIM-120D and Meteor range figures are unofficial estimates.

Notice the spread. Official numbers are scarce for all three, and range depends heavily on launch speed, altitude and target behavior. The right way to read the table is as a tiered picture, not as a precise ranking.

How does the Meteor missile work

The Meteor is unusual because it breathes air. After a short boost phase, a throttleable ducted rocket sustains thrust by burning fuel with air from its intakes, so the motor can be adjusted in flight. The benefit is energy near the end of the chase. A conventional rocket motor burns out and coasts, leaving the missile slow as it approaches a maneuvering target. The Meteor keeps power, so its “no-escape zone,” where a target cannot outrun it, is several times larger than that of earlier missiles, according to MBDA.

The cost is size and integration. The missile has fixed intakes and needs a specially shaped launch station, which is why fitting it to another fighter is a program of its own. Europeans have put it on several types, and the list is growing.

Is the AIM-120D better than the PL-15

The AIM-120 family has a long history of upgrades. The D model added a two-way datalink, GPS-aided guidance and a better seeker and motor, and reported range is significantly beyond earlier C versions. The Air Force and allies are buying it in large numbers, as shown by the multiyear AMRAAM contract. Its main advantage is maturity, since many missiles exist and a large training and integration community supports it.

The PL-15 is the newest of the trio and is positioned as a long-range threat to high-value aircraft such as tankers and airborne early warning planes. Chinese sources claim a range beyond 200 km and an AESA seeker that resists jamming, but these are manufacturer or state-media claims. Combat evidence is thin and disputed, including reports of its use by Pakistani fighters in the May 2025 clash with India, where accounts differ.

Which air-to-air missile has the longest range

On paper, the PL-15 claims the longest reach, followed by the AIM-120D and Meteor in unofficial estimates that are close enough to be overtaken by launch conditions. The Meteor is often credited with the best terminal performance against a maneuvering target at extended range, while the PL-15 is optimized for straight-line long shots. Range figures also assume a high-altitude, high-speed launch against a non-maneuvering target, and real conditions are usually less generous.

Where each missile has the edge

Mission	Likely edge	Reason
Engaging a maneuvering fighter at long range	Meteor	Sustained ramjet thrust in the endgame
Large coalition fleets and logistics	AIM-120D	Broad integration, mature supply chain
Hitting tankers and AEW aircraft	PL-15	Claimed extreme range, though unproven
Shots at extreme range with support	All three	Needs datalink updates from the launch aircraft or partners

Assessment by Defence & Tech; based on open sources and claims, not test data.

Best missile by mission profile

For a NATO air policing mission with multiple fighter types, the AMRAAM line wins on commonality. For a European fleet that wants the largest single-shot kinematic envelope, Meteor is the stronger choice. And for China and its customers, the PL-15 gives a domestic option that is also expected to shape air combat in the Pacific, a region where range and tankers matter. Future weapons such as the AIM-260 will reshape this comparison.

Editor’s read

The three missiles are less rivals than signposts to the same trend: longer reach, datalinks and electronically scanned seekers. Until more combat data is public, the honest summary is that Meteor and AIM-120D are well documented and the PL-15 remains mostly claims.