The Turkish company ASELSAN has announced the development of the MERCAN 100 (MERCAN 100 Submarine Optronic Mast System), an advanced optronic system designed to meet the complex requirements of modern submarines in the fields of reconnaissance, surveillance, and high-precision target acquisition and tracking.
Multi-spectral Observation Capabilities
The MERCAN 100 system is distinguished by its ability to provide comprehensive vision by integrating multi-spectral imaging technologies into a single structure. The system combines several types of cameras to ensure efficient operation in various environmental conditions, namely:
- Mid-Wave Infrared (MWIR) cameras.
- Day TV cameras.
- Short-Wave Infrared (SWIR) cameras.
This technical integration allows submarine crews to collect vital visual information and the ability to monitor effectively even in cases of changing lighting or harsh weather and sea conditions.
Comprehensive Surveillance and Positioning
The system is designed to provide wide visual coverage, offering a 360-degree panoramic surveillance feature, in addition to a "sectoral scanning" mode that allows for focusing on specific areas with precision. To enhance operational accuracy, the system includes an eye-safe laser rangefinder, which helps in determining target locations with high accuracy and facilitating tracking tasks.
Integration and Operational Flexibility
In addition to its optical capabilities, the MERCAN 100 system features a robust architecture designed to withstand harsh maritime environments, with high flexibility in adapting to various submarine platforms. The system also supports integration with Combat Management Systems (CMS), allowing visual data extracted to be integrated directly into the submarine's operational infrastructure. The system also includes a GPS antenna and Electronic Defense (ED) support to enhance situational awareness.
What does the MERCAN 100 system change in practice?
This development represents a shift in the ability of submarines to operate in complex environments; instead of relying on a single type of vision, the system gives crews the ability to "see across spectra," which reduces the likelihood of losing targets in dark or foggy conditions. Furthermore, integrating the system with combat management systems reduces human effort in data analysis, which accelerates the decision-making process in critical situations.