A paddle holder includes a handle retention clip and a suction cup. The handle retention clip includes a lengthwise body and a pair of opposing lips. The lengthwise body includes an inner perimeter, which is sized to receive a handle of a paddle. The pair of opposing lips extend inward from opposing edges of the lengthwise body. The suction cup includes a suction cup portion and a mounting portion. The suction cup portion is retained on the mounting portion. The mounting portion is attached to the handle retention clip with two fasteners. The suction cup is preferably a twist lock suction cup. In use, the at least one suction cup is secured to a flat surface on a kayak, paddle board or the like.

A paddle holder includes a handle retention clip and a suction cup. The handle retention clip includes a lengthwise body and a pair of opposing lips. The lengthwise body includes an inner perimeter, which is sized to receive a handle of a paddle. The pair of opposing lips extend inward from opposing edges of the lengthwise body. The suction cup includes a suction cup portion and a mounting portion. The suction cup portion is retained on the mounting portion. The mounting portion is attached to the handle retention clip with two fasteners. The suction cup is preferably a twist lock suction cup. In use, the at least one suction cup is secured to a flat surface on a kayak, paddle board or the like.

An inflatable hull fabricated from a drop stitch material is configurable to either a dory or drift boat. The inflatable hull has oarlocks which may be placed within urethane mounts, which are glued or thermally bonded to the fabric making up the gunnels of the boat, thereby eliminating any need for a stiff frame for attachment of oars to the craft. The inflatable hull may have internal structures, such as seats, thigh braces and panels, which are also fabricated from drop stitch material as an integral unit with the hull. Alternatively, the seats, thigh braces and panels may be fabricated as attachable and detachable components which allow a single hull to be utilized either as a dory or a drift boat.

An inflatable hull fabricated from a drop stitch material is configurable to either a dory or drift boat. The inflatable hull has oarlocks which may be placed within urethane mounts, which are glued or thermally bonded to the fabric making up the gunnels of the boat, thereby eliminating any need for a stiff frame for attachment of oars to the craft. The inflatable hull may have internal structures, such as seats, thigh braces and panels, which are also fabricated from drop stitch material as an integral unit with the hull. Alternatively, the seats, thigh braces and panels may be fabricated as attachable and detachable components which allow a single hull to be utilized either as a dory or a drift boat.

Disclosed herein are folding tables for use on small boats like kayaks and canoes, including inflatable kayaks. Such tables are secured to the gunwales or topsides of such small boats and have various devices for organizing and securing sportsman's gear for fishing, hunting, photographing and the like. The tables are readily detachable from the boats and foldable for compact storage.

Disclosed herein are folding tables for use on small boats like kayaks and canoes, including inflatable kayaks. Such tables are secured to the gunwales or topsides of such small boats and have various devices for organizing and securing sportsman's gear for fishing, hunting, photographing and the like. The tables are readily detachable from the boats and foldable for compact storage.

An inflatable oar frame and methods of making and using an inflatable oar frame adapted to removably mount over a watercraft interior, wherein oar towers can couple to the inflatable oar frame to provide an interface between the oars and the watercraft.

An inflatable oar frame and methods of making and using an inflatable oar frame adapted to removably mount over a watercraft interior, wherein oar towers can couple to the inflatable oar frame to provide an interface between the oars and the watercraft.

The invention discloses an arrangement for preventing and protecting of calf bites during rowing boat including a slide endcap and a slide rail. Rowing boat Calf Bites are abrasions or cuts on the calves caused by the repetitive impact with the metal tracks of the boat's slide during the rowing stroke. The slide endcap of the present invention is prepared by three-dimensional printing and which is designed innovatively to protect the user and prevent calf-bites during boat rowing. The slide endcap provides flexibility to absorb impact during the rowing. The invention further discloses a rowing boat with a user having an arrangement for preventing and protecting of calf bites during rowing boat.

The invention discloses an arrangement for preventing and protecting of calf bites during rowing boat including a slide endcap and a slide rail. Rowing boat Calf Bites are abrasions or cuts on the calves caused by the repetitive impact with the metal tracks of the boat's slide during the rowing stroke. The slide endcap of the present invention is prepared by three-dimensional printing and which is designed innovatively to protect the user and prevent calf-bites during boat rowing. The slide endcap provides flexibility to absorb impact during the rowing. The invention further discloses a rowing boat with a user having an arrangement for preventing and protecting of calf bites during rowing boat.