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Cruise Missiles ·Roketsan

Missile SOM

Introduced by Turkey in 2011, the SOM is an air-to-surface stand-off cruise missile featuring a low-observable airframe designed to minimize its radar signature. Key figures: range 300 km, guidance Inertial, GPS, imaging infrared, in service since 2011. In service with 2 countries — Azerbaijan, Turkey.

Range
300km
Technical Specifications
WarheadSemi armour-piercing
Range 300 km (186 mi)
SOM scale diagram
Range
300 km
Operators
🇦🇿 Azerbaijan· 🇹🇷 Turkey

Description

Development of the SOM air-launched cruise missile family began in 2006, with the system first publicly revealed in June 2011. The missile completed its first guided flight over the Black Sea in August 2011. Early production models utilized a French turbojet engine, but following export restrictions, a domestic Turkish turbojet engine was developed and integrated into production missiles starting in 2022. The missile entered serial production in October 2018. A variant designated SOM-J was developed for integration into the internal weapons bays of the F-35 Lightning II, though integration status became uncertain following Turkey's removal from the aircraft program in 2019.

The SOM is an autonomous, air-launched cruise missile designed to engage stationary and moving land and maritime targets at stand-off ranges. The missile's airframe features composite materials and geometric shaping to reduce its radar cross-section. Primary guidance is provided by GPS, supplemented by an inertial navigation system and terrain-referenced navigation. For terminal guidance, an imaging infrared seeker matches target signatures against an onboard database. If GPS signals are degraded or denied, the missile can navigate using waypoint snapshots taken by the infrared seeker. A two-way datalink allows for in-flight retargeting.

Several variants exist with distinct warhead and guidance packages. The SOM-A utilizes GPS and inertial guidance with a high-explosive fragmentation warhead. The SOM-B1 adds an imaging infrared seeker to the same warhead type, while the SOM-B2 features a tandem-charge warhead designed to penetrate hardened structures. The SOM-C1 and SOM-C2, both developed for mobile targets, utilize high-explosive fragmentation and tandem-charge warheads respectively, and incorporate a datalink for man-in-the-loop updates. The SOM-J is configured with a semi-armour-piercing warhead for maritime targets and also includes a datalink.

The missile is operated by Turkey and Azerbaijan. In Turkish service, the weapon is integrated onto the F-16 Fighting Falcon and F-4E 2020, with integration planned for the Bayraktar Akıncı uncrewed combat aerial vehicle. Turkey has ordered the missile system in quantity. Azerbaijan acquired the system and conducted its first launch test in April 2025, utilizing missiles equipped with the domestic Turkish engine after French export blocks prevented the acquisition of earlier engine variants. Guided flight testing of the SOM-J variant against maritime targets occurred in March 2025, followed by a live-warhead test against a designated target in March 2026.

Wikipedia (CC BY-SA) and other open sources. Last updated on 10 July 2026. Suggest a change

Frequently Asked Questions

What type of missile is the SOM?
The SOM is a cruise missile developed by Turkey. It entered service in 2011.
What is the range of the SOM?
The SOM has a maximum range of approximately 300 km (186 miles). Effective range varies with launch platform, altitude, and flight profile.
What warhead does the SOM carry?
The SOM carries a semi armour-piercing warhead.
How is the SOM guided?
The SOM uses inertial, GPS, imaging infrared guidance.
Which countries use the SOM?
The SOM is in service with 2 countries: Azerbaijan, Turkey.
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Latest Data Updates
  1. JUL 102026 Created Page created: SOM