First development firing of MICA NG missile successfully conducted from Rafale jet

By Defence Industry Europe

On 19 June 2025, MBDA, in partnership with the Directorate General of Armaments (DGA), Dassault Aviation, and the French Air and Space Army, successfully carried out the first development firing of the new-generation air-to-air missile MICA NG. The self-guided test launch, conducted from a Rafale aircraft at the DGA-Missile Test site in the Mediterranean, marks a key milestone in the missile’s development, which began in late 2018.
Photo: MBDA.

On 19 June 2025, MBDA, in partnership with the Directorate General of Armaments (DGA), Dassault Aviation, and the French Air and Space Army, successfully carried out the first development firing of the new-generation air-to-air missile MICA NG. The self-guided test launch, conducted from a Rafale aircraft at the DGA-Missile Test site in the Mediterranean, marks a key milestone in the missile’s development, which began in late 2018.

This initial infrared-version firing against a test target contributes to validating the functional systems of the MICA NG. The missile is designed as a multi-mission solution capable of addressing a wide range of emerging air threats.

“The MICA NG provides unparalleled tactical flexibility to meet the operational requirements of the armed forces to deal with emerging air threats,” MBDA stated. It builds on the extensive experience gained from the original MICA programme while introducing new technologies for enhanced performance.

 

 

MICA NG will replace the current MICA missiles, offering improved capabilities for medium-range interception, close combat, and self-protection for Rafale aircraft. It is intended to meet the needs of both the Air and Space Army and the French Navy, helping ensure air superiority in current and future operational environments.

 

 

In its ground-based version, MICA NG VL will also provide self-defence capabilities for land-based areas and naval platforms, such as military bases or critical event locations. The missile’s advanced systems are designed to counter a broad spectrum of threats including drones, stealth aircraft, and manoeuvrable cruise missiles.

Key upgrades include a dual-pulse motor for increased range and manoeuvrability, and a redesigned mechanical structure that improves durability during air transport. Integrated sensors will monitor the munition’s condition throughout its lifecycle, reducing maintenance needs and ownership costs.

The MICA NG maintains the dual-seeker concept, with one version equipped with a new infrared seeker using a matrix sensor, and the other with a new electromagnetic seeker featuring an active electronically scanned antenna (EASA). These updates improve sensitivity and detection capability against low-signature targets.

 

 

While the missile incorporates a deep redesign, it retains the physical and aerodynamic characteristics of the original MICA, easing integration with existing platforms and systems. MBDA emphasised, “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.”

Future tests will validate both missile versions in various flight conditions to demonstrate full operational capability. Deliveries are expected by the end of the decade, enhancing the high-intensity combat readiness of the French armed forces with a sovereign, modern air-to-air weapon system.

 

 

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