This invention belongs to the technical field of remote-
controlled release devices, specifically relating to a remote-
controlled release device for deploying offshore equipment. A release hook is rotatably installed within the main body, with a load suspension hole formed between the release hook and the main body for suspending the load. The release hook is L-shaped with a wedge-shaped end. A stop pin is installed within the main body. A drive mechanism and a
control system are installed inside the main body. The
control system is connected to the drive mechanism. Based on received external commands, the
control system controls the drive mechanism to retract the stop pin and disengage from the release hook. The load causes the release hook to rotate, achieving release. This invention achieves remote-
controlled release by linking the control
system, drive
system, and release hook, and by improving the structure of the release hook. The release hook structure combines stable slinging with easy release; only a release command is needed to execute the
release action, making operation simple. After release, the release hook automatically resets. The overall structure has good waterproof performance and is suitable for deployment of offshore equipment.