An example watercraft includes a hull that defines a cockpit. A scupper is provided that extends from the cockpit through an exterior surface of the hull. A recess defined by the hull is in communication with the scupper, and the recess defines a portion of a venturi tube. A plate that is attachable to the hull is configured to define another portion of the venturi tube such that when the plate is attached to the hull, a complete venturi tube is defined.

An example watercraft includes a hull that defines a cockpit. A scupper is provided that extends from the cockpit through an exterior surface of the hull. A recess defined by the hull is in communication with the scupper, and the recess defines a portion of a venturi tube. A plate that is attachable to the hull is configured to define another portion of the venturi tube such that when the plate is attached to the hull, a complete venturi tube is defined.

An example watercraft includes a hull that defines a cockpit. A scupper is provided that extends from the cockpit through an exterior surface of the hull. A recess defined by the hull is in communication with the scupper, and the recess defines a portion of a venturi tube. A plate that is attachable to the hull is configured to define another portion of the venturi tube such that when the plate is attached to the hull, a complete venturi tube is defined.

An example watercraft includes a hull that defines a cockpit. A scupper is provided that extends from the cockpit through an exterior surface of the hull. A recess defined by the hull is in communication with the scupper, and the recess defines a portion of a venturi tube. A plate that is attachable to the hull is configured to define another portion of the venturi tube such that when the plate is attached to the hull, a complete venturi tube is defined.

The adjustable chair and leaning post for a kayak or other watercraft is configured for use with a vessel and with a client. The adjustable chair and leaning post for a kayak or other watercraft attaches to the superior surface of the vessel. The client uses the adjustable chair and leaning post for a kayak or other watercraft for a purpose selected from the group consisting of: a) sitting; and, b) leaning. The adjustable chair and leaning post for a kayak or other watercraft comprises a framework and a seat structure. The framework transfers the load of the client and seat structure to the vessel. The seating structure forms a structure that the client sits on. The seating structure further forms a structure that the client leans against. The adjustable chair and leaning post for a kayak or other watercraft is a collapsible structure.

The adjustable chair and leaning post for a kayak or other watercraft is configured for use with a vessel and with a client. The adjustable chair and leaning post for a kayak or other watercraft attaches to the superior surface of the vessel. The client uses the adjustable chair and leaning post for a kayak or other watercraft for a purpose selected from the group consisting of: a) sitting; and, b) leaning. The adjustable chair and leaning post for a kayak or other watercraft comprises a framework and a seat structure. The framework transfers the load of the client and seat structure to the vessel. The seating structure forms a structure that the client sits on. The seating structure further forms a structure that the client leans against. The adjustable chair and leaning post for a kayak or other watercraft is a collapsible structure.

A detachable canoe outrigger that is removably mounted to a canoe's gunwales using a dual beam assembly having two beam member that are fastened to the canoe. The beam members include slots to allow a user to selectively adjust the distance between the canoe and the outrigger. The outrigger assembly further including a ladder connected thereon to allow users to climb back onto said outrigger member and in turn onto said canoe. A net assembly is included to provide users with a means of carrying passengers thereon or items such as a cooler while they are out on the canoe.

A detachable canoe outrigger that is removably mounted to a canoe's gunwales using a dual beam assembly having two beam member that are fastened to the canoe. The beam members include slots to allow a user to selectively adjust the distance between the canoe and the outrigger. The outrigger assembly further including a ladder connected thereon to allow users to climb back onto said outrigger member and in turn onto said canoe. A net assembly is included to provide users with a means of carrying passengers thereon or items such as a cooler while they are out on the canoe.

A retention system for an accessory for use with a watercraft such as a kayak has a bracket configured to be attached to a body of the watercraft and a retainer member attached to the bracket movably between a first orientation with respect to the bracket and a second orientation with respect to the bracket. The retainer member is configured to receive a mounting base, to which a sonar transducer can be mounted. The retainer member is attached to the bracket so that, when the bracket is attached to the body and the mounting base is received by the retainer member, then in the retainer member's first orientation, the mounting base is received by the retainer member so that the sonar transducer is adjacent the elongated body proximate the deck. In the retainer member's second orientation, the mounting base is received so that the sonar transducer is below the hull.

A retention system for an accessory for use with a watercraft such as a kayak has a bracket configured to be attached to a body of the watercraft and a retainer member attached to the bracket movably between a first orientation with respect to the bracket and a second orientation with respect to the bracket. The retainer member is configured to receive a mounting base, to which a sonar transducer can be mounted. The retainer member is attached to the bracket so that, when the bracket is attached to the body and the mounting base is received by the retainer member, then in the retainer member's first orientation, the mounting base is received by the retainer member so that the sonar transducer is adjacent the elongated body proximate the deck. In the retainer member's second orientation, the mounting base is received so that the sonar transducer is below the hull.