Successful 1st MICA NG Shot from Rafale

On Thursday, 19 June 2025, the teams of MBDA, the Directorate General of Armaments (DGA), Dassault Aviation and the French Air and Space Army successfully carried out the first development launch of the air-to-air missile MICA NG (Missile for Interception Combat and Auto Defence New Generation) from a Rafale aircraft on the Mediterranean site DGA-Missile tests. This first self-guided firing against an exercise target contributes to the validation of the various functional chains of the missile in its infrared version marking a significant step in the development of the missile, which began at the end of 2018.

A multi-mission missile to respond to evolving threats
The MICA NG benefits from all the MBDA’s expertise capitalized within the framework of the MICA program to develop a new generation multi-mission missile. It provides unparalleled tactical flexibility to meet the operational requirements of the armed forces to deal with emerging air threats.

The MICA NG will replace the MICA missiles by bringing improved capabilities for medium-range interception, close combat and self-protection of Rafale fighter aircraft to current and future standards for the Air and Space Army and the National Navy, guaranteeing them air superiority. In its surface-to-air version, the MICA NG VL will provide a self-defence capability for ships and land-based areas of interest, such as the protection of military bases or special events.

Thanks to MBDA’s innovative capabilities, the MICA NG is embracing new technologies that enable it to address a broader spectrum of threats. In addition to the targets typically covered by air-to-air missiles (aircraft, helicopters), the MICA NG expands its capabilities to targets characterised by very small infrared and electromagnetic signatures, such as drones, discrete or stealth fighters, and some highly manoeuvrable cruise missiles. 

Improved features for modern air combat
The MICA NG will offer a significant increase in missile range and greater manoeuvrability, thanks to a new dual-pulse propeller.

In addition, to optimise the availability of equipment for the forces and ensure optimal operational conditions, the mechanical architecture of the MICA NG will increase the missiles lifetime during air transport. Internal sensors will monitor the health of the munition throughout its life. These developments will significantly simplify the maintenance required and reduce the cost of owning the weapon.

Finally, the MICA NG perpetuates the unique concept of the MICA by developing two versions. One with a new infrared seeker based on a matrix sensor, offering increased computational capabilities and sensitivity to very low infrared signature targets. The other is equipped with a new electromagnetic seeker with an active modular transmitter antenna (EASA), allowing for more efficient detections.

The deep renewal of the MICA NG design retains the physical, electrical and aerodynamic characteristics that make the MICA successful, as well as the qualities to reduce integration work with existing platforms and launchers. Whatever the situation, MICA NG provides the most appropriate solution to the needs of the forces by enabling the Rafale to engage all types of targets.

The next firings will validate the full capabilities of the MICA NG in both versions, with various configurations, speeds, and altitudes, demonstrating its versatility.

With this decisive capability, MBDA offers a sovereign weapon system adapted to high-intensity context, based on recognised knowledge and responding to air combat evolutions. The MICA NG missiles are expected to be delivered by the end of the decade, aiming to strengthen the air superiority capabilities of the French armed forces.