A naval mine configured to be released by a release assembly comprising: an impermeable casing; an explosive charge arranged inside the impermeable casing; a detonator which can be operated to trigger the explosive charge; and a control device configured to operate the detonator. The naval mine further comprises a fillable chamber, provided with at least one opening and a closing system for closing or opening the opening; said closing system is configured to open the opening so as to allow water to flow into the fillable chamber, when the naval mine is released by the release assembly.

A naval mine configured to be released by a release assembly comprising: an impermeable casing; an explosive charge arranged inside the impermeable casing; a detonator which can be operated to trigger the explosive charge; and a control device configured to operate the detonator. The naval mine further comprises a fillable chamber, provided with at least one opening and a closing system for closing or opening the opening; said closing system is configured to open the opening so as to allow water to flow into the fillable chamber, when the naval mine is released by the release assembly.

A container system for storing and launching mines comprising a container and conveyors. The conveyors are placed inside the container and are oriented such that mines can be stored or transported on the conveyors. At least two of the conveyors being parallel and placed with a vertical height difference in at least two layers such that mines can be stored in multiple layers in the container for optimal use of the storage space in a container thus reducing the space required for mine storage on a ship or increasing the capacity of mines on a ship. Having an elevator container and a launch container in the system ensures that mines from a storage container can be transported to the ramp of the launch container and launched automatically.

A container system for storing and launching mines comprising a container and conveyors. The conveyors are placed inside the container and are oriented such that mines can be stored or transported on the conveyors. At least two of the conveyors being parallel and placed with a vertical height difference in at least two layers such that mines can be stored in multiple layers in the container for optimal use of the storage space in a container thus reducing the space required for mine storage on a ship or increasing the capacity of mines on a ship. Having an elevator container and a launch container in the system ensures that mines from a storage container can be transported to the ramp of the launch container and launched automatically.