A Meteor active radar guided beyond-visual-range air-to-air missile (BVRAAM) on display at the Berlin Air Show in June 2022. (Shutterstock/Sergey Kohl)

How the “Meteor” Missile Gives Europe Strategic Autonomy

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The Meteor’s major advantage over its American counterparts is its large “no-escape zone”—meaning that once it is fired, it has a far higher probability of a kill.

The MBDA Meteor is widely regarded as one of the most capable beyond-visual-range (BVR) air-to-air missiles in service. Designed to dominate long-range engagements against high-value and maneuvering targets, the Meteor was developed to restore European air forces’ quantitative edge in air combat. Defined not just by range, but by sustained energy at range, the Meteor is reshaping modern air combat dynamics. 

Why the Meteor Is Better Than Most American Missiles

Developed by MBDA—a European consortium of the UK, France, Germany, Italy, Spain, and Sweden—the Meteor entered service in the 2010s. The missile was built to replace or outperform older semi-active and early active radar missiles and was designed to counter high-speed aircraft, agile fighters, and AWACS and tanker aircraft. The Meteor was part of a broad European push for strategic autonomy in air combat systems. 

Unlike solid-fuel “boost and coast” missiles, like the AIM-120, the Meteor uses a throttle-able ramjet engine. After the initial boost, its ramjet sustains propulsion throughout flight. This provides continuous thrust rather than energy decay. The result is high speed deep into the engagement envelope and a large “no-escape zone” (NEZ). In essence, the Meteor’s target has less of a chance to outrun or outmaneuver it, because of its greater endgame maneuverability. 

The Meteor relies on an active radar seeker in the terminal phase. Mid-course updates are made via data link from the launching aircraft, meaning the Meteor has fire-and-forget capability, and can adjust trajectory dynamically. 

While the Meteor’s exact range figures are classified, the publicly stated range is above 100 kilometers. But the more important metric is the NEZ, which is larger than competitors such as the United States’ AIM-9 Sidewinder. The Meteor is also highly resistant to countermeasures, and is optimized for high-altitude and high-speed engagements. 

The Meteor Gives Europe Strategic Autonomy

The Meteor is already integrated on, or planned for, the Eurofighter Typhoon, Dassault Rafale, Saab Gripen, and F-35 (with the British and Italian fleets). The strategic implication here is that NATO and allied air forces will share a common high-end BVR capability. 

Tactically, the Meteor forces adversaries to engage from farther out and stay lower, or outside the engagement envelope. This is ideal for countering large aircraft, like AWACS, ISR, and tankers, and enemy fighters before the merge. The Meteor also benefits from networked targets, working best when paired with AESA radar, AWACS cueing, and datalink networks. The capabilities of the Meteor have caused a BVR doctrine shift, extending the “first shot, first kill” paradigm, and changing the calculus in contested air space. Ultimately, the Meteor makes energy management less decisive than missile performance. 

The Meteor enhances European autonomy in air combat capability and reduces dependence on the US AIM-120 supply chain. This increases deterrent credibility in NATO air policing missions, which is particularly relevant in Baltic and Nordic theaters. In the near future, integration on the F-35 could significantly enhance NATO’s BVR advantage, and the missile will become increasingly important as air combat becomes more sensor-driven, networked, and stand-off oriented. Expect the Meteor to influence sixth-generation air combat missile design. 

Taken together, the Meteor is not revolutionary because it flies farther, but because it arrives with energy. In modern air combat, where detection often occurs long before visual contact, missile performance defines survivability. The Meteor strengthens NATO air forces’ deterrence posture by raising the cost of entering contested air space. 

About the Author: Harrison Kass

Harrison Kass is a senior defense and national security writer at The National Interest. Kass is an attorney and former political candidate who joined the US Air Force as a pilot trainee before being medically discharged. He focuses on military strategy, aerospace, and global security affairs. He holds a JD from the University of Oregon and a master’s in Global Journalism and International Relations from NYU.

© The National Interest