ASRLS - ASELSAN | Reliable · PDF file ASRLS ANTI SUBMARINE ROCKET LAUNCHING SYSTEM

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Transcript of ASRLS - ASELSAN | Reliable · PDF file ASRLS ANTI SUBMARINE ROCKET LAUNCHING SYSTEM

www.aselsan.com

ASRLSANTI SUBMARINE ROCKET LAUNCHING SYSTEM

www.aselsan.com.tr

P: +90 (312) 592 10 00 | F: +90 (312) 354 13 02 | [email protected] ASELSAN A.Ş. is a Turkish Armed Forces Foundation company.

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ANTI SUBMARINE ROCKET LAUNCHING SYSTEM ASRLSNaval Forces need to control penetrations to territory waters and main bases to deny enemy submarines. In order to im-prove the capability of Anti Submarine Warfare (ASW) Systems operating in littoral environments where sound propagation frequently causes very short sonar detection ranges and high false alarm rates on sonar systems due to adverse acoustic conditions, there is a certain need for Low Cost ASW Weapons effective in shallow waters.

To engage submarine contacts (whether real or false) under such difficult circumstances, inexpensive, quick-reaction an-ti-submarine weapon is needed for the navy. The ASRLS is the best solution that is compatible with existing underwater fire control systems, and prevents the unacceptably homing torpe-does on false submarine contacts.

ASELSAN ASRLS is a stabilized, remotely controlled, fully auto-mated and modular firing platform that is designed to control penetrations to territory waters and main bases to deny enemy submarines. With its compact and lightweight structure, it can be integrated to various kinds of naval platforms as well as to a ground facility for valuable asset protection.

General Specifications

• 6 ready to fire anti-submarine rockets • Two axis, gyro stabilized turret• Full integration with the ship sensors (sonar, ship gyro,

meteorological sensors etc.) • Integration to the Combat Management System• Precise ballistic calculations• Salvo firing capability• Stand-alone Man-Machine interface to control whole

system functions • Automatic or manual slewing in the azimuth and elevation

axis• No Point No Fire Zone definition• Manual firing capability in case of a system failure• System level failure detection and localization

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