A system for the recovery of a surface marine craft by a carrier ship includes a lifting device with which the carrier ship is intended to be equipped and which includes a lifting unit of the davit type, equipped with a lifting cable including, at one end, a connection interface, a pole bearing a guide cable, an anchor connected to one end of the guide cable, the connection interface for the lifting cable being coupled removably to the anchor, and a hauling cable. The system also includes a receiving device with which the marine craft is intended to be equipped, the receiving device including a forward module.

A system for the recovery of a surface marine craft by a carrier ship includes a lifting device with which the carrier ship is intended to be equipped and which includes a lifting unit of the davit type, equipped with a lifting cable including, at one end, a connection interface, a pole bearing a guide cable, an anchor connected to one end of the guide cable, the connection interface for the lifting cable being coupled removably to the anchor, and a hauling cable. The system also includes a receiving device with which the marine craft is intended to be equipped, the receiving device including a forward module.

A retractable davit assembly includes a davit arm that retracts into a davit arm channel formed within the internal volume of a deck of the superstructure of a yacht or other vessel. An outer end of the davit arm includes a fairing matching a profile of the surrounding outer edge of the deck, such that that davit arm is concealed when retracted.

A retractable davit assembly includes a davit arm that retracts into a davit arm channel formed within the internal volume of a deck of the superstructure of a yacht or other vessel. An outer end of the davit arm includes a fairing matching a profile of the surrounding outer edge of the deck, such that that davit arm is concealed when retracted.

A platform lifting and carrying arm enables inflatable boats, jet ski and all kinds of cargo to be lifted from sea level and received on vessels. A hydraulic-driven arm system is used to receive cargo from the sea surface or port-coastal areas to the decks of boats. An arm system allows the system to be locked at deck level, regardless of hydraulic pressure, when loaded or unloaded. In this way, it is provided that mechanical lock will be activated with the loss of hydraulic pressure resistance caused by the failure of the hydraulic cylinder.

A platform lifting and carrying arm enables inflatable boats, jet ski and all kinds of cargo to be lifted from sea level and received on vessels. A hydraulic-driven arm system is used to receive cargo from the sea surface or port-coastal areas to the decks of boats. An arm system allows the system to be locked at deck level, regardless of hydraulic pressure, when loaded or unloaded. In this way, it is provided that mechanical lock will be activated with the loss of hydraulic pressure resistance caused by the failure of the hydraulic cylinder.

The invention relates to a system (1, 2) (1, 4) for handling marine (3) or underwater (5) drones, the system (1, 2) (1, 4) comprising a drone interface module (2, 4) and a floating pontoon (1) with two hulls (11) and an arch (10), the pontoon (1) is catamaran-shaped and delimits a downflooded reception space (17), the arch (10) comprises at least one device (12) for attachment to a winch cable, the pontoon (1) comprises devices (13) for detachable attachment to a drone interface module (2, 4) detachably and interchangeably installed in the receiving space (17), the drone interface modules (2, 4) forming an at least partially flooded docking area (23, 42) for the drone (3, 5), the drone interface modules (2, 4) have a lower portion (22, 43) configured to rest stably on a flat surface after the drone interface module (2, 4) has been removed from the pontoon (1).

The invention relates to a system (1, 2) (1, 4) for handling marine (3) or underwater (5) drones, the system (1, 2) (1, 4) comprising a drone interface module (2, 4) and a floating pontoon (1) with two hulls (11) and an arch (10), the pontoon (1) is catamaran-shaped and delimits a downflooded reception space (17), the arch (10) comprises at least one device (12) for attachment to a winch cable, the pontoon (1) comprises devices (13) for detachable attachment to a drone interface module (2, 4) detachably and interchangeably installed in the receiving space (17), the drone interface modules (2, 4) forming an at least partially flooded docking area (23, 42) for the drone (3, 5), the drone interface modules (2, 4) have a lower portion (22, 43) configured to rest stably on a flat surface after the drone interface module (2, 4) has been removed from the pontoon (1).

A system for connecting equipment to a mounting surface of a sea vessel, such as a ship or submarine or any other marine vessel. The system includes a skidding frame including a frame body having an upper and a lower surface; a mounting footprint secured to the mounting surface and adapted to releasably engage said lower surface of said skidding frame, and one or more equipment modules, wherein the one or more equipment modules are adapted to be attached to the upper surface of the skidding frame, whereby the equipment modules are indirectly connected to the mounting surface via the skidding frame.

A system for connecting equipment to a mounting surface of a sea vessel, such as a ship or submarine or any other marine vessel. The system includes a skidding frame including a frame body having an upper and a lower surface; a mounting footprint secured to the mounting surface and adapted to releasably engage said lower surface of said skidding frame, and one or more equipment modules, wherein the one or more equipment modules are adapted to be attached to the upper surface of the skidding frame, whereby the equipment modules are indirectly connected to the mounting surface via the skidding frame.