Roketsan ASW rocket launcher system | |
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Roketsan ASW rocket launcher system and rocket mockup | |
Type | Anti-submarine rocket |
Place of origin | Turkey |
Service history | |
Used by | Turkey (future) |
Production history | |
Manufacturer | Roketsan |
Specifications | |
Mass |
|
Length | 1.3 m (rocket) |
Diameter | 196 mm |
Caliber | 196 mm (7.7 in) |
Barrels | 6 |
Effective firing range |
|
Warhead | High explosive |
Warhead weight | 12 kg |
Detonation mechanism | Acoustic proximity fuse |
Engine | Rocket |
Propellant | Reduced smoke composite propellant |
Guidance system | Automatic using weapon management system and sonar data (manual as back-up) |
Launch platform | Surface ships |
References | Roketsan [1] [2] |
The Roketsan ASW rocket launcher system is an anti-submarine rocket system developed by Turkish company Roketsan. [1] It is designed to provide surface vessels with a close-range defense capability against underwater threats, primarily submarines. [2]
The Roketsan ASW rocket and launcher system was developed by the Turkish defense company Roketsan to provide a modern anti-submarine warfare capability for surface platforms. [1] The system is going to integrated into various naval platforms, including the ULAQ unmanned surface vessel (USV) and the Ares Shipyard's 76-meter corvette design. [3] [4] The system was showcased at the 6th Azerbaijan International Defence Exhibition (ADEX) in 2016. [5] It is a key part of Turkey's efforts to develop homegrown defense systems and missiles to ensure national security. [6]
The Roketsan ASW rocket and launcher system is designed to automatically engage submarines using a platform's existing weapon management system and sonar. [1] The system has a launch range of 500 to 2,000 meters and can be used against targets at depths of 15 to 300 meters. [1] [7] The rockets, which can be fired in single or salvo modes, are equipped with a high-explosive warhead and a rocket motor. [1] The detonation depth of the rockets is controlled by a time fuse. [1] The launcher system itself features stabilization and can perform both automatic and manual target engagement. [1] A Fire Control System (FCS) calculates the necessary firing solution using navigation and target information from the surface platform. [1]