Abstract: An attachment system for affixing a number of accessories to an aquatic board. The attachment system includes an attachment bar having a length to extend laterally across a portion of the standup paddleboard. The attachment system further includes a first board clamp attached to the attachment bar at a first end of the attachment bar, and a second board clamp attached to the attachment bar at a second end of the attachment bar. The first board clamp and the second board clamp each have an internal surface to complement and engage with a respective location of the standup paddleboard to attach the accessory attachment system to the portion of the standup paddleboard.

Abstract: A rider-controllable skimboard includes a planar board having a top surface and a connection mechanism mounted to the top surface and proximate a nose of the planar board. The connection mechanism has a vertical pivoting mechanism and a lateral pivoting mechanism. The skimboard further includes a handle mechanism connected with the vertical pivoting mechanism and the lateral pivoting mechanism of the connection mechanism for respective limited vertical pivoting and lateral pivoting of the handle relative to the planar board. The handle mechanism has a length of 80 to 120 percent of a length of the board, such that in a non-pivoted position a handgrip connected with the handle mechanism is positioned within 20 percent of the length of the board from the tail, and such that the limited vertical pivoting of the handle by the rider positions the upper stem portion substantially horizontal and proximate the rider's waist.

Abstract: A rider-controllable skimboard includes a planar board having a top surface and a connection mechanism mounted to the top surface and proximate a nose of the planar board. The connection mechanism has a vertical pivoting mechanism and a lateral pivoting mechanism. The skimboard further includes a handle mechanism connected with the vertical pivoting mechanism and the lateral pivoting mechanism of the connection mechanism for respective limited vertical pivoting and lateral pivoting of the handle relative to the planar board. The handle mechanism has a length of 80 to 120 percent of a length of the board, such that in a non-pivoted position a handgrip connected with the handle mechanism is positioned within 20 percent of the length of the board from the tail, and such that the limited vertical pivoting of the handle by the rider positions the upper stem portion substantially horizontal and proximate the rider's waist.

Abstract: A rider-controllable skimboard includes a planar board having a top surface and a connection mechanism mounted to the top surface and proximate a nose of the planar board. The connection mechanism has a vertical pivoting mechanism and a lateral pivoting mechanism. The skimboard further includes a handle mechanism connected with the vertical pivoting mechanism and the lateral pivoting mechanism of the connection mechanism for respective limited vertical pivoting and lateral pivoting of the handle relative to the planar board. The handle mechanism has a length of 80 to 120 percent of a length of the board, such that in a non-pivoted position a handgrip connected with the handle mechanism is positioned within 20 percent of the length of the board from the tail, and such that the limited vertical pivoting of the handle by the rider positions the upper stem portion substantially horizontal and proximate the rider's waist.

Abstract: A rider-controllable skimboard includes a planar board having a top surface and a connection mechanism mounted to the top surface and proximate a nose of the planar board. The connection mechanism has a vertical pivoting mechanism and a lateral pivoting mechanism. The skimboard further includes a handle mechanism connected with the vertical pivoting mechanism and the lateral pivoting mechanism of the connection mechanism for respective limited vertical pivoting and lateral pivoting of the handle relative to the planar board. The handle mechanism has a length of 80 to 120 percent of a length of the board, such that in a non-pivoted position a handgrip connected with the handle mechanism is positioned within 20 percent of the length of the board from the tail, and such that the limited vertical pivoting of the handle by the rider positions the upper stem portion substantially horizontal and proximate the rider's waist.