A stationary aquatic kickboard for leg kicking exercises in water. Aging and quadriceps decline are the origin of this products creation. TKS is anchored to the swimming pool wall or deck by two separate lines having equal tension when in use. The buoyancy of the kickboard is adjustable to accommodate persons of different body weight and for the preferred level of floatation. The handle grips positions will permit user to exercise in the prone or supine positions. Board and handle grips will provide high stability to do high intensity leg kicking action. This equipment is able to detach for removal from pool. TKS Hydrakick system will be used for exercise, physical therapy, relaxation or recreation. TKS hydrakicking is optimal lower extremity exercise and does not cause trauma to the legs.

A kickboard containing a low density member and a high density member, the kickboard having a weight configured that the kickboard does not float on a body of water and does not sink to the bottom of a body of water thereby providing swimmers with greater resistance during swimming as the weighed kickboard requires more force from the user to maintain proper position.

A kickboard containing a low density member and a high density member, the kickboard having a weight configured that the kickboard does not float on a body of water and does not sink to the bottom of a body of water thereby providing swimmers with greater resistance during swimming as the weighed kickboard requires more force from the user to maintain proper position.

A kickboard training device is provided. The kickboard may include an upper surface, a lower surface, and front, rear, left, and right edges bounding the upper and lower surfaces. The kickboard may include opposing wing portions positioned across a longitudinal centerline extending between the front and rear edges. The kickboard may include one or more surface elements associated with at least one of the upper and lower surfaces. The one or more surface elements may be arranged to define a flotation characteristic of the kickboard. The one or more surface elements may include at least one of a channel defined in at least the upper surface, a plurality of grooves defined in at least the lower surface, and one or more ailerons coupled to the kickboard.

A kickboard training device is provided. The kickboard may include an upper surface, a lower surface, and front, rear, left, and right edges bounding the upper and lower surfaces. The kickboard may include opposing wing portions positioned across a longitudinal centerline extending between the front and rear edges. The kickboard may include one or more surface elements associated with at least one of the upper and lower surfaces. The one or more surface elements may be arranged to define a flotation characteristic of the kickboard. The one or more surface elements may include at least one of a channel defined in at least the upper surface, a plurality of grooves defined in at least the lower surface, and one or more ailerons coupled to the kickboard.

A personal flotation apparatus having a main body member, a primary support member, a head support member, and a foot support member, each made of flexible, buoyant, flotation material. The primary support member, head support member, and foot support member are each connected to the main body member, such that they are substantially perpendicular to the main body member and can provide stability, buoyancy and support in various floating and swimming positions. Some embodiments include multiple main body members to increase stability, buoyancy, support and comfort, and allow for heavier users.

A personal flotation apparatus having a main body member, a primary support member, a head support member, and a foot support member, each made of flexible, buoyant, flotation material. The primary support member, head support member, and foot support member are each connected to the main body member, such that they are substantially perpendicular to the main body member and can provide stability, buoyancy and support in various floating and swimming positions. Some embodiments include multiple main body members to increase stability, buoyancy, support and comfort, and allow for heavier users.

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.

This is the introduction of stabilized stationary kickboard training to the health and fitness industry. TKS Hydrakick system is a stationary aquatic kickboard. The use of this product is for leg kicking exercises in water. Aging and quadriceps decline are the origin of this products creation.

TKS is anchored to the swimming pool wall or deck by two separate lines having equal tension when in use. The buoyancy of the kickboard is adjustable to accommodate persons of different body weight and for the preferred level of floatation. The handle grips positions will permit user to exercise in the prone or supine positions. Board and handle grips will provide high stability to do high intensity leg kicking action. This equipment is able to detach for removal from pool.

TKS Hydrakick system will be used for exercise, physical therapy, relaxation or recreation. TKS hydrakicking is optimal lower extremity exercise and does not cause trauma to the legs.

The present invention relates to an aquatic strengthening device which comprises of a rigid or semi rigid elongated board and at each end a floating device is attached. The elongated board is sufficiently strong to permit an individual to stand on it. The floating devices have enough buoyancy that allows for the elongated board to float up to a desired altitude. There are openings next to where the floating devices are so an individual can hold the elongated board with his hands. The floating devices are attached in such a way that the perpendicular distance to the rigid elongated board can be changed so an individual can obtain the buoyancy needed.