An aquatic exercise device and method of use are described herein. The aquatic exercise device provides for a full body, low impact, and decompressing workout that is unattainable by any existing product on the market. The aquatic exercise device features a buoy, a fastening mechanism, a user attachment mechanism, and a bridge connecting the buoy, the fastening mechanism, and the user attachment mechanism.

An aquatic exercise device and method of use are described herein. The aquatic exercise device provides for a full body, low impact, and decompressing workout that is unattainable by any existing product on the market. The aquatic exercise device features a buoy, a fastening mechanism, a user attachment mechanism, and a bridge connecting the buoy, the fastening mechanism, and the user attachment mechanism.

A paddle assembly includes a paddle with a handle having a fixed blade attached at one end and a grip member attached at the opposite end, a removable blade and attachment unit configured to removably attach the removable blade to the paddle, such that the paddle assembly is able to take on a first, double-paddle configuration when the removable blade is attached to the end of the handle on the grip member side, or a second, single-paddle configuration when the removable blade is attached to the end of the handle on the fixed blade side and against the fixed blade.

A paddle assembly includes a paddle with a handle having a fixed blade attached at one end and a grip member attached at the opposite end, a removable blade and attachment unit configured to removably attach the removable blade to the paddle, such that the paddle assembly is able to take on a first, double-paddle configuration when the removable blade is attached to the end of the handle on the grip member side, or a second, single-paddle configuration when the removable blade is attached to the end of the handle on the fixed blade side and against the fixed blade.

A hybrid paddle for use in both a standing and a kneeling position is disclosed. The paddle has a shaft terminating in a blade at each end. At or near each throat or junction between the shaft and a blade is a handle. The handle has a grip sufficiently offset from the blade to allow a user to grip the handle without his or her hand colliding with the blade. While kneeling, the user grips the shaft with both hands, and alternates the placement of the blades in the water. While standing, the user grasps the handle with one hand and the shaft with the other hand, and a single blade is placed in the water. In this way, the same paddle is used in both the standing and kneeling positions, and the user can alternate between standing and kneeling as desired.

A hand paddle (1) for a float (13) is described, having a grip part (6) and a paddle blade (2) which comprises a blade shoulder (3) and a blade edge (4) that is located opposite the blade shoulder (3) in the longitudinal direction of the paddle blade (2). In order to enable easy manufacture, flexible use possibilities, and use in a way that saves effort by the user, it is proposed that the paddle blade (2) forms the grip part (6) which is bounded by a grip cutout (5) that extends from the blade shoulder (3) in the longitudinal direction of the paddle blade (2).

A hand paddle (1) for a float (13) is described, having a grip part (6) and a paddle blade (2) which comprises a blade shoulder (3) and a blade edge (4) that is located opposite the blade shoulder (3) in the longitudinal direction of the paddle blade (2). In order to enable easy manufacture, flexible use possibilities, and use in a way that saves effort by the user, it is proposed that the paddle blade (2) forms the grip part (6) which is bounded by a grip cutout (5) that extends from the blade shoulder (3) in the longitudinal direction of the paddle blade (2).

An aquatic exercise device and method of use are described herein. The aquatic exercise device provides for a full body, low impact, and decompressing workout that is unattainable by any existing product on the market.

An aquatic exercise device and method of use are described herein. The aquatic exercise device provides for a full body, low impact, and decompressing workout that is unattainable by any existing product on the market.

In an oscillating fin propulsion apparatus operatively connected to a scuba diver moving on or through a body of water, a propulsive force may be produced by a pair of fins adapted to sweep back and forth in a generally transverse direction relative to the longitudinal axis of the scuba diver's body. The fins may be mounted on opposite sides of a frame detachably secured to a scuba tank. The fins may be rotatable in an oscillatory motion about respective axes coplanar to the center longitudinal axis of the frame. Drive members operable by the scuba diver may be operatively connected to the fins. The oscillating fins may provide a propulsive force to propel the scuba diver longitudinally forward during both oscillating directions of the fins as they sweep back and forth.