The FIFISH X1’s built-in inertial navigation system, paired with a GNSS locator, enables location-tagged non-destructive testing of structures and platforms. It offers an intuitive, real-time display of the ROV's precise location during inspections, while accurately recording and storing the spatial coordinates of inspection points<br> on the target structure and area.

U-INS, QYSEA’s proprietary inertial navigation system, integrates advanced hardware, software, and deep learning technology. By combining data from the X1’s Q-DVL, accelerometer, gyroscope, magnetometer, and depth gauge, it enables precise subsea mission planning and automatic navigation. This enhances underwater inspections with improved visual clarity, intelligence, and operational efficiency.

The QY-MT smart measurement tool is QYSEA‘s groundbreaking AI-powered underwater non-destructive measurement system， enabling precise, non-destructive measurement of corrosion areas, pipeline cracks, and damage to offshore structures, with accuracy down to the millimeter level. With a single click, operators achieve simultaneous adaptive measurements of length, width, angle, and area of a target.

The QY-BT bathymetric mapping tool is an innovative solution for intelligent seabed depth mapping. The X1 measures and displays real-time data on the scour end face around subsea jacket piles, showcasing contour and depth information. FIFISH’s downward DVL sensors and seabed mapping algorithms enable efficient and cost-effective seabed surveying operations.

FIFISH X1 features a tri-directional collision avoidance sonar system that scans the surrounding environment in real time to prevent collisions. With customizable avoidance distance settings, it ensures enhanced operational safety when navigating complex subsea platforms and structures.

FIFISH X1 features a direct power supply system, providing continuous 24/7 operation. By using a cable for power, it removes battery capacity limitations, offering stable and efficient support for extended deep-sea operations. This makes it ideal for long-duration, high-intensity tasks and continuous monitoring, while reducing costs related to operational interruptions and battery replacements.