A New Era of Underwater Non-Destructive Inspection
The FIFISH X1 is precision-engineered to tackle the diverse and demanding challenges of offshore energy operations and open-water environments. Featuring strong current resistance, a high-payload platform with a full suite of NDT tools, and intelligent systems for navigation, measurement, and mapping, FIFISH X1 redefines inspection workflows across offshore energy, subsea infrastructure, and large vessels, delivering a new paradigm of underwater non-destructive testing with continuous operation.
Enhanced 4.5-Knot Propulsion
FIFISH X1, powered by the Q-Motor Pro and a six-motor vector layout, enables rapid and precise inspections. Its modular design allows for quick thruster swaps, while built-in alert systems provide adaptive protection against overcurrent, overvoltage, and overload.
Stable Hovering at Precise Inspections
QYSEA redefines subsea sonar with the FIFISH X1, featuring forward and downward Q-DVL modules and advanced AI algorithms for precise navigation and stable hovering even in 4.0-knot currents.
High Payload, Versatile Applications
X1 supports demanding inspection tasks with four Q-interface power ports and a maximum payload capacity of 15 kg.
AI Inertial Navigation
FIFISH X1 features the U-INS Plus fused navigation system, combining advanced hardware and software. Forward- and downward-facing Q-DVL modules deliver stable current resistance, real-time depth control, 3D route planning, and point marking, making underwater inspections smarter, more intuitive, and efficient.
AI Non-Destructive Measurement
FIFISH X1 features the AI-driven QY-MT system with proprietary vision algorithms, enabling millimeter-accurate measurement of offshore structures, subsea pipeline cracks, bridge scour, and hull coating damage. Offline data capture allows one-click none-destructive measurements, setting a global benchmark for underwater inspections.
AI Collision Avoidance
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.
