The Royal Navy Announces FOC for the Martlet Missile System on Wildcat Helicopters
The Royal Navy of the United Kingdom has announced that the Thales-produced Martlet lightweight multirole missile has achieved Full Operational Capability (FOC) status on the AW159 Wildcat helicopters. The system transforms the Wildcat into a fully equipped attack platform against fast attack boats and drone swarms.
According to a news report by Defence Industry Europe dated May 25, 2026, the Martlet (Lightweight Multirole Missile — LMM) lightweight multirole missile system, which has been in naval service since 2020, has received its final operational certification. The FOC announcement indicates that system integration has been completed and is ready for use across the fleet.
Operational envelope of Martlet
According to open-source data, the Martlet is a dual-mode seeker missile (laser + semi-active laser / IR optional) with a range of approximately 8 km and a weight class of 13 kg. Its lightweight body and low recoil signature allow it to be integrated onto helicopters, maritime vessels, light armored vehicles, and fixed-wing platforms. One of the most critical recent updates has been the reduction of the launch altitude from 500+ feet to 50+ feet. This significantly enhances the Wildcat’s capabilities in adverse weather conditions and low-altitude hunting missions.
The operational mission set announced by the Royal Navy includes:
- Counter-FIAC — against fast attack boats (Hormuz, Red Sea)
- Counter-UAS — low-altitude drones and swarms
- Air-to-ground precision strike
- Defense of UK assets in the Middle East
Commander Andrew Henderson, who manages the program, stated, “The system has transformed the Wildcat into a true multirole attack platform; we can precisely defeat a wide range of threats from surface to air platforms.”
Operational context: Experience in Hormuz and the Red Sea
The Royal Navy’s experience with Iranian Revolutionary Guard fast attack boats in the Strait of Hormuz and Houthi one-way attack drone swarms in the Red Sea has clearly highlighted the need for small-scale – cost-effective munitions. Larger anti-ship missiles like Sea Venom and Sea Skua are too heavy and expensive for single boat targets like Shahed/drones. Martlet fills this gap with a significantly different cost envelope from helicopters.
Turkey perspective: UMTAS, OMTAS, STAMP, and LEVENT axes
The Turkish defense industry maintains a similar capability envelope across multiple lines:
- UMTAS (Long Range Anti-Tank Missile System) — launched from ATAK and T929 ATAK-2
- OMTAS — medium-range platform-independent
- L-UMTAS — laser-guided, helicopter and drone
- STAMP remote-controlled stabilized weapon station — light threat defense on ships
The FOC achievement of Martlet on the Wildcat serves as a reference point for comparative analysis with the performance of L-UMTAS, which plays a similar role in the Turkish inventory on Bayraktar TB2, AKINCI, and AKSUNGUR. When evaluated alongside ASELSAN’s STAMP/SARP series, Turkey’s market position in the light ship-aerial-drone defense segment has been strengthened.
Next steps
The next phase of the Royal Navy involves the integration of the Martlet’s Type 31 frigates and potentially Type 26 ships as well. Containerized LMM ramps are currently being tested between the US Navy and British forces.
References
- Defence Industry Europe — “Royal Navy declares full operating capability for Martlet missile system on Wildcat helicopters”, May 25, 2026
- Thales — Lightweight Multirole Missile (Martlet) product page
- UK Royal Navy press release
- Wikipedia — “Thales Lightweight Multirole Missile”
- ROKETSAN open catalog (UMTAS, L-UMTAS, OMTAS)
