A watercraft includes a hull, an opening extending vertically through the hull, and a support assembly configured to mount a propulsion mechanism to the watercraft. The hull at least partially defines the opening. The support assembly includes a rightward support device attached to the hull, positioned between a forward portion of the opening and a rearward portion of the opening, and at least partially defining a right lateral portion of the opening. The support assembly further includes a leftward support device attached to the hull, positioned between the forward portion of the opening and the rearward portion of the opening, and at least partially defining a left lateral portion of the opening.

A kayak anchor support system includes a first support arm having a first end opposite a second end, wherein the first support arm is removably securable to a kayak via at least one mounting bracket. A proximal end of a second support arm is affixed to the first support arm adjacent to the first end. The second support arm extends orthogonally from the first support arm such that a distal end of the second support arm is maintained in an elevated position above the kayak. A pulley is affixed to the distal end of the second support arm. An anchor cable is engaged with each of the pulley and a reel, wherein the reel is disposed opposite the pulley. An anchor is affixed to a terminal end of the anchor cable, whereupon actuation of the reel, the anchor is selectively movable between a raised position and a lowered positioned.

A kayak anchor support system includes a first support arm having a first end opposite a second end, wherein the first support arm is removably securable to a kayak via at least one mounting bracket. A proximal end of a second support arm is affixed to the first support arm adjacent to the first end. The second support arm extends orthogonally from the first support arm such that a distal end of the second support arm is maintained in an elevated position above the kayak. A pulley is affixed to the distal end of the second support arm. An anchor cable is engaged with each of the pulley and a reel, wherein the reel is disposed opposite the pulley. An anchor is affixed to a terminal end of the anchor cable, whereupon actuation of the reel, the anchor is selectively movable between a raised position and a lowered positioned.

A holder for supporting at least one equipment, the holder configured to be secured to a top surface of a watercraft without requiring modifications to the watercraft, the holder including a plate including at least two anchors; at least two ties, each connecting one of the at least two anchors to a portion of the watercraft, securing the plate to the watercraft; and at least one receptacle disposed on the plate, the receptacle configured for receiving the at least one equipment.

A holder for supporting at least one equipment, the holder configured to be secured to a top surface of a watercraft without requiring modifications to the watercraft, the holder including a plate including at least two anchors; at least two ties, each connecting one of the at least two anchors to a portion of the watercraft, securing the plate to the watercraft; and at least one receptacle disposed on the plate, the receptacle configured for receiving the at least one equipment.

A device for mounting one or more electric motors to a kayak or a small non-powered vessel, whereby a rotatable assembly is mounted on the gunnel of the vessel on either the port or starboard side, or both. The rotatable assembly includes an axle and an adjustable arm rotatably mounted thereon, with a motor on the end of the adjustable arm The rotatable assembly may be manipulated to move the motor(s) into or out of the water and lock in either position. The adjustable arm allows the motor to be adjusted in the pitch, yaw, and roll orientations. The motor(s) are powered by a battery and controlled by a hand-held unit that allows the motors to be independently operated.

In one example, a watercraft includes a hull that defines a well extending through a bottom of the hull, a pedal-drive mechanism connected to the hull, and the pedal-drive mechanism is movable, while connected to the hull, out of the well from a deployed position to a stowed position, and a mechanism that is configured to cover a portion of the well when the pedal-drive mechanism is in the deployed position.

A pedal installation structure of a boat includes a slide rail, a pull rod, a slider, and a pedal. The slide rail has a plurality of spaced tooth grooves thereon. The pedal is installed on the slider. The slider is slidably installed on the slide rail. The pull rod is installed between the slider and the slide rail. One end of the slider is provided with a rotatable pawl. A lower surface of the pawl is provided with a plurality of spaced teeth. It is convenient to use the pedal that has a simple structure.

A seat made of drop stitch material has a back panel, a bottom panel, and a support panel, where the back and bottom panels are adjustably and detachably connected to each other at a substantially orthogonal orientation, and the support portion tilts or reclines the seat into a recumbent position which is advantageous for paddling while sitting on the upper surface of a watercraft.

A seat made of drop stitch material has a back panel, a bottom panel, and a support panel, where the back and bottom panels are adjustably and detachably connected to each other at a substantially orthogonal orientation, and the support portion tilts or reclines the seat into a recumbent position which is advantageous for paddling while sitting on the upper surface of a watercraft.