High-resolution sonar imaging

High-resolution sonar imaging uses sound waves at very high frequencies to create detailed pictures of underwater objects and terrain. When the sonar emits sound pulses, they bounce off objects and the seabed, and the returned echoes are analyzed to produce images. This technology allows for precise mapping of the ocean floor, underwater structures, or shipwrecks, making it invaluable for navigation, scientific research, and exploration. The high frequency enables clearer, more detailed images compared to traditional sonar, providing critical insight into the underwater environment with accuracy and efficiency.