Fairbanks Morse Defense (FMD) has introduced a new autonomous launch and recovery interface designed to support unmanned surface vessel (USV) operations, marking a step toward fully automated maritime handling systems.
The system, branded AutoHook and developed by FMD’s Norway-based subsidiary Vestdavit, is designed to enable hands-free connection between a host vessel and small craft during launch and recovery operations. The technology is intended for use with launch and recovery systems supporting USVs and other small vessels operating in demanding conditions.
According to FMD, the system eliminates the need for manual connections during recovery, reducing crew exposure to risk during high-energy operations. The unit is designed as a compact, clamp-on device that can be installed on existing davit systems without requiring additional winches or structural modifications.
AutoHook integrates onboard thrusters, power, and control systems into a single unit. Using an onboard vision system, the device tracks and aligns with a target vessel in real time to establish a connection without operator input. The system is designed to maintain performance in dynamic sea conditions and has demonstrated operation through Sea State 4, exceeding the limits of many existing autonomous recovery systems.
FMD said the system is intended to support growing demand for unmanned and distributed maritime operations, with an emphasis on interoperability across allied fleets. The company noted the design aligns with NATO operational requirements and is aimed at integration across a range of vessel types without significant retrofit costs.
The technology is also designed to remove the need for additional cradles during loading and unloading operations, simplifying handling procedures and reducing system complexity.
FMD said Vestdavit developed the system to address limitations in current launch and recovery technologies, particularly in higher sea states.
