A flat catamaran watercraft construction is provided having a bow that defines a “split V” configuration in which the bottom surface of each of the two asymmetrical catamaran hull portions at the forward section of each hull portion slope upward from the inboard side of the hull portion to the outboard side of the hull portion. Such upward slope of the bottom of each hull portion sheds water and waves to the outboard sides of the vessel as it travels through the water in order to minimize the amount of water and spray that is directed upward between the individual hull portions towards the passengers. The rear portions of each such hull portion define an angled slope along both inboard and outboard sides, which angled slopes allow the rear portion of the watercraft to slide and drift sideways along the surface of the water as the watercraft turns. The flat catamaran hull portions and deck of the watercraft are preferably of unibody construction, such that they are formed (e.g., molded or otherwise machined) in a single, one-piece assembly.

A flat catamaran watercraft construction is provided having a bow that defines a “split V” configuration in which the bottom surface of each of the two asymmetrical catamaran hull portions at the forward section of each hull portion slope upward from the inboard side of the hull portion to the outboard side of the hull portion. Such upward slope of the bottom of each hull portion sheds water and waves to the outboard sides of the vessel as it travels through the water in order to minimize the amount of water and spray that is directed upward between the individual hull portions towards the passengers. The rear portions of each such hull portion define an angled slope along both inboard and outboard sides, which angled slopes allow the rear portion of the watercraft to slide and drift sideways along the surface of the water as the watercraft turns. The flat catamaran hull portions and deck of the watercraft are preferably of unibody construction, such that they are formed (e.g., molded or otherwise machined) in a single, one-piece assembly.

An accessory attachment interface usable with watercraft includes a one-piece member having a tubular portion and a flange portion. The tubular portion defines a cylindrical bore and the flange portion defines first and second flanges. The first and second flanges are coplanar with each other and with a plane that is tangential to the tubular portion. The first and second flanges cooperate with each other to define a substantially planar surface. The accessory attachment interface provides a boat owner with a common interface for mounting a variety of hardware and accessories to the boat without occupying any space in the passenger area of the boat.

A boat station (100), including: a console shell (104) configured to be secured to a boat; and a console panel (106) configured to receive a helm control (120) and a throttle control (122) and to move relative to the console shell. The boat station is configured to adjust a vertical position of the helm control and the throttle control by moving the console panel relative to the console shell.

A boat station (100), including: a console shell (104) configured to be secured to a boat; and a console panel (106) configured to receive a helm control (120) and a throttle control (122) and to move relative to the console shell. The boat station is configured to adjust a vertical position of the helm control and the throttle control by moving the console panel relative to the console shell.

A tackle storage and organization system for a boat, such as a bass boat, is disclosed. A set of supports is installed in a deck compartment of the boat. The supports may be rails installed specifically for the tackle storage and organization system, or they may be the upper edges of existing partitions for subcompartments within the deck compartment. A box or tray is installed on the supports so as to be slideable horizontally along the supports, but is also removable from the supports. The box or tray may be subdivided into any number of compartments, and in some cases, the dividers used may be removable and repositionable in order to adapt to different types of items. The box or tray may have engaging structure to mount a number of accessories, including a spool accessory.

A tackle storage and organization system for a boat, such as a bass boat, is disclosed. A set of supports is installed in a deck compartment of the boat. The supports may be rails installed specifically for the tackle storage and organization system, or they may be the upper edges of existing partitions for subcompartments within the deck compartment. A box or tray is installed on the supports so as to be slideable horizontally along the supports, but is also removable from the supports. The box or tray may be subdivided into any number of compartments, and in some cases, the dividers used may be removable and repositionable in order to adapt to different types of items. The box or tray may have engaging structure to mount a number of accessories, including a spool accessory.

In one implementation, an accessory mount system for a watersport tow boat includes a boat mount that is configured to be attached to a boat mounting surface that is adjacent to or part of a swim platform that extends from a rear of the watersport tow boat. The accessory mount system can further include an accessory arm that includes a first end and a second end, where the first end is configured to be fixedly attached to the accessory arm mounting surface of the boat mount and the second end is configured to be positioned above a top surface of the swim platform when the accessory arm is attached to the watersport tow boat via the boat mount. The accessory mount system can further include an accessory adapter positioned at the second end of the accessory arm.

In one implementation, an accessory mount system for a watersport tow boat includes a boat mount that is configured to be attached to a boat mounting surface that is adjacent to or part of a swim platform that extends from a rear of the watersport tow boat. The accessory mount system can further include an accessory arm that includes a first end and a second end, where the first end is configured to be fixedly attached to the accessory arm mounting surface of the boat mount and the second end is configured to be positioned above a top surface of the swim platform when the accessory arm is attached to the watersport tow boat via the boat mount. The accessory mount system can further include an accessory adapter positioned at the second end of the accessory arm.

A bimini top for a boat. The bimini top includes a cover and a frame supporting the cover. The frame may include a first support pivotally connected to an inboard side of a first leg of a tower. The first support has a profile in a stowed position that, when viewed from the port side in the stowed position, is hidden behind the portion of the first leg with the first profile. The frame may also include a second support pivotally connected to an inboard side of a second leg of the tower. The second support has a profile in the stowed position that, when viewed from the starboard side in the stowed position, is hidden behind the portion of the second leg with the second profile. The bimini top may also include a line including a plurality of hangers is integrally formed in the line.