Korea Institute of Ocean Science & Technology Acquires Klein Marine System’s 5900 Ultra-High-Resolution Sonar

The Korea Institute of Ocean Science & Technology (KIOST) has recently taken delivery of the Klein Marine System’s 5900 ultra-high-resolution sonar, with plans to utilize this cutting-edge technology for seafloor topography surveys. The acceptance trials for the system were successfully conducted off the coast of Busan, South Korea.

The Klein Marine System’s 5900 sonar is a robust side-scan sonar system that is designed to deliver exceptional performance through its high-resolution, high-speed technology and fully integrated AI software. This state-of-the-art system represents the pinnacle of Klein’s family of multi-beam side-scan sonar systems.

One of the key features of the 5900 sonar system is its ability to conduct high-speed surveys at speeds of up to 12 knots while achieving 100% bottom coverage. The system’s non-magnetic tow body is hydro-dynamically designed to ensure stable towing, thereby enhancing acoustic performance, natural depression capabilities, and overall robustness.

Moreover, the 5900 sonar system boasts more than double the number of acoustic channels compared to its predecessors. This, combined with a carefully selected center frequency of 600 kHz and an acoustic aperture of 182 cm, results in the production of high-resolution images of unparalleled quality.

The acquisition of the Klein Marine System’s 5900 ultra-high-resolution sonar by the Korea Institute of Ocean Science & Technology underscores its commitment to leveraging cutting-edge technology for oceanic research and exploration. With the capabilities of this advanced sonar system, KIOST is poised to enhance its seafloor mapping efforts and gain valuable insights into the underwater landscape.

Overall, the Klein Marine System’s 5900 sonar system represents a significant advancement in the field of marine technology, offering unparalleled performance and precision for seafloor surveys and underwater mapping.