The Torpedo Countermeasure System is a complete solution, covering all of the processes of the end-user – from the creation of tactical countermeasure plans to be employed when the submarine faces a torpedo threat, right up to testing. Accordingly, the system has both submarine and ground support system components.
The submarine component of the system fulfils the Detection, Classification, Localization (DCL), and Decision Support functions, and features also a human-machine interface that is compatible with the command and control system consoles. In addition to its function as a countermeasure against torpedo threats, the system distinguishes itself from its peers in its ability to detect, classify, and localize torpedoes through DCL.
The ground-based components of the Torpedo Countermeasure System ensure torpedoes are countered with the most effective tactics by determining the optimum deployment configuration of jammers/decoys. They provide a medium for the development of acoustic environment simulations and engagement modelling. The ground support components are also used to determine the key parameters of the decision support software and provide features for the uploading of appropriate tactics to submarine. Furthermore, the Torpedo Countermeasure System also includes countermeasure interface simulators, used for Command and Control Cystem and launcher testing and training.
Making use of its capabilities and expertise in acoustic signal processing, sensor fusion, and target detection, diagnosis, and classification, KoçSavunma has developed the most up-to-date Torpedo Countermeasure System on the market. Up-to-date algorithms and software technologies are employed to this end. The Torpedo Countermeasure System has been developed indigenously by KoçSavunma and is ready to serve to needs of friendly and allied nations with its adaptability to various platforms, presenting unlimited possibilities.
Ability to adapt to, and integrate with, the preferred submarine command and control system of the end-user
Advanced and effective torpedo detection, classification, and localization
Decision support function for the determination of the best countermeasure launching sequence and evasive boat manoeuvres
Operation with expandable static and mobile acoustic jammers and decoys
Advanced and user-friendly operator/user interface
Simulation and modelling tools that facilitate torpedo detection and countermeasure planning
Acoustic modelling and simulation
Modelling and simulation of torpedo, countermeasure jammer/decoy units, and submarines
Planning and effectiveness analysis of torpedo countermeasures
Test and Training modes
Redundant, safe, and expandable system architecture