Abstract: A water sports apparatus (20) including a water vehicle (30) having a motorized, in particular electric, drive (36), wherein the water vehicle (30) is designed without an onboard steering device, wherein the water sports apparatus (20) includes a tether (40) for towing a water sports enthusiast (62) or a second water sports apparatus (64) along behind the water vehicle (30), wherein the water vehicle (30) includes a fastening device (38) for fastening the tether (40), wherein the tether (40) is fastened or can be fastened by one end to the fastening device (38), wherein the fastening device (38) is arranged in a stern-side half of the water vehicle (30), and wherein a handle (50) for a water sports enthusiast (62) or for a second water sports apparatus (64) is arranged, in particular fastened or fastenable, on another end of the tether (40).

Abstract: A hydrofoil device (3) and to a piece of water sports equipment (2). The hydrofoil device (3) includes at least one foil (6, 7), a support column (4), an electric drive (8), and at least one battery (9). A head end (5) of the support column (4) is configured to be secured to an underside (14) of a hull (10) of the piece of water sports equipment (2). An elongate signal cable duct (20) extends from a rear end (21), arranged at the support column (4), to a front end (22), which includes a receiving device (23). The receiving device (23) is configured to receive control signals. The signal cable duct (20) encloses a signal cable (24), which transmits the control signals from the receiving device (23) to the electric drive (8). The signal cable duct (20) is further configured to grip around a front edge (16) of the hull.

Abstract: A watercraft including: a motor drive; a stern module; a bow module releasably connected to the stern module by a first connector; a controller; and a remote control configured to be operated by an operator. The remote control being configured to transfer movement control signals to the controller for operating the motor drive. Where the stern module having a first receiver, and the bow module having a transmitter. The transmitter is connected to the remote control and is configured to transmit the movement control signals received from the remote control. The first receiver is configured to receive the movement control signals from the first transmitter and forward the movement control signals to the controller.