The invention is directed toward a Rail saver with a handle. The rail saver has a handle the extends laterally away from the rail saver, creating a loop which the user can grab to maintain control over a water sports vehicle such as a long board, SUP, foil board, sail board, body board and other water sports vehicles. The rail saver with a handle is designed to add the functionality of being able to grab and control a free-floating board while in water. Grabbing and controlling an SUP board is also difficult while holding a paddle. This new functionality provides an opportunity to control a board with one hand whether or not you are holding a paddle. By holding and using the handle, the board rider avoids injury to his fingers or hands from grasping at a leash cord that is not designed to be grabbed.

A device is provided for repairing a leash. The device has a body defining an elongate slot for receiving severed ends of the leash. The slot has a wider section and a narrower section at one or both slot ends spaced apart from the wider section by a taper. Securing members are provided that are movable between a disengaged position in which the securing members are spaced apart from one or both slot ends and an engaged position in which each severed end is wedged and held captive between a securing member and a slot end.

A leash system and methods of use are provided that includes a leash cord configured to be affixed at a first end portion to a user of a personal watercraft, a switch cord, and an anchoring cord. The switch cord has a first end portion affixed to a key for connection to a kill switch of the watercraft and a second end portion affixed to the leash cord. The anchoring cord has a first end portion configured to fixedly secure the anchoring cord to the watercraft and a second end portion affixed to the leash cord. A loop is affixed in preferred examples along the anchoring cord that is configured to slidably receive the switch cord therethrough. When the leash cord is pulled taut while the anchoring cord is fixedly secured to the watercraft, the first end portion of the switch cord is drawn toward the loop to remove the key.

A leash system and methods of use are provided that includes a leash cord configured to be affixed at a first end portion to a user of a personal watercraft, a switch cord, and an anchoring cord. The switch cord has a first end portion affixed to a key for connection to a kill switch of the watercraft and a second end portion affixed to the leash cord. The anchoring cord has a first end portion configured to fixedly secure the anchoring cord to the watercraft and a second end portion affixed to the leash cord. A loop is affixed in preferred examples along the anchoring cord that is configured to slidably receive the switch cord therethrough. When the leash cord is pulled taut while the anchoring cord is fixedly secured to the watercraft, the first end portion of the switch cord is drawn toward the loop to remove the key.

A yoga paddleboard may include a yoga board body having a hole extending therethrough. The hole may be formed at the approximate lateral and longitudinal center of the paddleboard. The hole may be sized and configured to support a yoga ball pressed in the hole to establish an interfacing friction connection therebetween. The yoga ball may be used to perform yoga exercises while floating on the paddleboard. Alternative embodiments may include yoga ball supports configured to support yoga balls of different sizes and/or multiple yoga balls for use with the paddleboard.

An adapter system for attachment to a surfboard leash plug receive bar. The adapter system is able to be secured to and removed from a surfboard without any damage or alteration done to the surfboard. The adapter attaches to the surfboard leash plug and provides a surfboard tail mount for devices, including but not limited to a camera.

The present invention relates to, in a first aspect, a surfing tether end component comprising an end component body having one or more end component body layers, a tether connector for connecting the surfing tether end component to a surfing device tether, and a fastening means. A second and third aspect, comprising methods of forming a surfing tether end component, are also provided.

The present invention relates to, in a first aspect, a surfing tether end component comprising an end component body having one or more end component body layers, a tether connector for connecting the surfing tether end component to a surfing device tether, and a fastening means. A second and third aspect, comprising methods of forming a surfing tether end component, are also provided.

The swivel lock quick release device is adapted to selectively attach a user to a sports equipment. The sports equipment may be watersports equipment, such as a surfboard, a kite surfing apparatus, a stand-up paddle board, sailing equipment, a wake board, etc., or land sports equipment, such as fishing, camping, climbing, animal collars or leashes, tactical rifle apparatus, and hunting equipment. The swivel lock quick release device can have a pull release and a protrusion, the pull release and the protrusion being adapted to be selectively engaged in a locked position is provided. A slide handle, a portion of the pull release, is adapted to be selectively moved in a coaxial direction by the user to disengage the pull release and the protrusion. The pull release can also be adapted to rotate or swivel around the protrusion.

The invention is directed toward a Rail saver with a handle. The rail saver has a handle the extends laterally away from the rail saver, creating a loop which the user can grab to maintain control over a water sports vehicle such as a long board, SUP, toil board, sail board, body board and other water sports vehicles. The rail saver with a handle is designed to add the functionality of being able to grab and control a free-floating board while in water. Grabbing and controlling an SUP board is also difficult while holding a paddle. This new functionality provides an opportunity to control a board with one hand whether or not you are holding a paddle. By holding and using the handle, the board rider avoids injury to his fingers or hands from grasping at a leash cord that is not designed to be grabbed.