Provided is a swimming assistance apparatus with an ICT function. The swimming assistance apparatus includes: a body part made of a material which floats on water or having a hollow tube which floats on water; a fitting hole formed in the body part and defined to penetrate through the body part to surround a part of a user's body; a cut part defined on at least one side of a wall of the fitting hole; and a sensor unit for measuring at least one of the user's posture information, work rate information and bio-information, so that the user's body floats on water by buoyancy of the body part when the user swims in a state where a part of the user's body is inserted into the fitting hole.

Provided is a swimming assistance apparatus with an ICT function. The swimming assistance apparatus includes: a body part made of a material which floats on water or having a hollow tube which floats on water; a fitting hole formed in the body part and defined to penetrate through the body part to surround a part of a user's body; a cut part defined on at least one side of a wall of the fitting hole; and a sensor unit for measuring at least one of the user's posture information, work rate information and bio-information, so that the user's body floats on water by buoyancy of the body part when the user swims in a state where a part of the user's body is inserted into the fitting hole.

An aquatic body cover for use with a monofin. The body cover having a sleeve portion dimensioned to cover a region of a human body extending from a waist to an ankle of the human body and hold the legs substantially together. The body cover further including a foot portion integrally formed with an end of the sleeve portion, wherein the foot portion comprises a first bootie and a second bootie, the first bootie and the second bootie being dimensioned to separately cover each foot of the human body and allow for movement of one foot with respect to the other.

An aquatic body cover for use with a monofin. The body cover having a sleeve portion dimensioned to cover a region of a human body extending from a waist to an ankle of the human body and hold the legs substantially together. The body cover further including a foot portion integrally formed with an end of the sleeve portion, wherein the foot portion comprises a first bootie and a second bootie, the first bootie and the second bootie being dimensioned to separately cover each foot of the human body and allow for movement of one foot with respect to the other.

The invention is a semi-rigid adjustable diving foot pocket with a clamping system to allow simple attachment and detachment of a multitude of various flippers/blades. This foot pocket is adjustable to the foot and is semi-rigid to allow partial medial rotation, but very limited lateral rotation. The flippers secured to the foot-pocket by a system utilizing clamping pressure to hold the flipper in place. This system allows for the flipper to be attached and detached easily, with no damage occurring to either the invention or the flipper.

A monofin, for use in swimming, includes a fin shaped like a whale tail, wherein the fin further includes a leading edge and a trailing edge. At least one corrugation is formed in the fin, wherein the at least one corrugation is parallel to a portion of the leading edge. At least one foot pocket assembly may be removably coupled to the fin. The at least one foot pocket assembly includes a foot pocket cover formed to removably couple around a portion of the fin. At least one foot opening is formed in the foot pocket cover and at least one cuff surrounds the at least one foot opening. At least one foot pocket is in communication with the at least one foot opening. The at least one cuff stretches to encompass an ankle of users of many sizes and holds the monofin on the users.

A mono-fin for swim training is disclosed. The mono-fin has two separated boot structures that from two separate foot cavities for holding feet with toes positioned in front regions of each of the boot structures and heels positioned at back regions of each of the boot structures. The mono-fin has a mono-fin structure connecting the boot structure through the front regions of each of the boot structures. In a middle region of the mono-fin structure and between the front regions of the boot structures, there is flex region. The flex region allows angles between the boot structures and distances between the back regions of the boot structures to be changed by a swimmer while swim training.

A mono-fin for swim training is disclosed. The mono-fin has two separated boot structures that from two separate foot cavities for holding feet with toes positioned in front regions of each of the boot structures and heels positioned at back regions of each of the boot structures. The mono-fin has a mono-fin structure connecting the boot structure through the front regions of each of the boot structures. In a middle region of the mono-fin structure and between the front regions of the boot structures, there is flex region. The flex region allows angles between the boot structures and distances between the back regions of the boot structures to be changed by a swimmer while swim training.

A pool noodle connector includes a central web which has living hinges at each edge to which extending legs are formed. Pool noodles may be attached by inserting a leg within an opening in each noodle used. The living hinges allow one or more legs to be folded back to change the possible configurations available and to provide a more rigid joint, as desired.

A pool noodle connector includes a central web which has living hinges at each edge to which extending legs are formed. Pool noodles may be attached by inserting a leg within an opening in each noodle used. The living hinges allow one or more legs to be folded back to change the possible configurations available and to provide a more rigid joint, as desired.