Abstract: The disclosure relates to a powered watercraft (100) comprising: a host device (102), the host device comprising at least one host identifier device (104), a driveline (106) comprising a propulsion module (108) and a battery module (110), the battery module being configured to power the propulsion module, the driveline comprising an identifying device (112) and a control unit (114), the control unit being configured to adjust at least one driveline parameter, wherein the driveline is configured to be received in the host device, wherein the identifying device is configured to read the at least one host identifier device to obtain at least one host identifier of the host device, wherein the control unit is configured to receive the at least one host device identifier from the identifying device, to obtain at least one corresponding host device characteristic based on the host device identifier; and to adjust the at least one driveline parameter based on the at least one corresponding host device characteristic

Abstract: An alignment structure for a battery pack and a propulsion module for a powered watercraft. The alignment structure is configured to be received in and affixed to a powered watercraft. The alignment structure includes a first alignment feature configured to receive a removable battery pack and a second alignment feature configured to receive a removable propulsion module for propelling the powered watercraft in a longitudinal direction. The alignment structure extends along the longitudinal direction to provide a space for receiving the battery pack and/or the propulsion module. The first alignment feature and the second alignment feature are together configured for positioning and fixedly locating a battery pack and a propulsion module relative to each other so that the battery pack and the propulsion module having been received in the alignment structure are individually removable.

Abstract: An electrical connector system for a modular watercraft (100) comprising a first connector (302) comprising a plurality of electrically conductive pins (308, 310), and a second connector (402) comprising a plurality of electrically conductive female terminals (406, 408), wherein each electrically conductive pin (308, 310) and a corresponding one of electrically conductive female terminals (406, 408) are configured to mate when the first connector (302) and the second connector (402) are connected to each other to provide a respective electrically conductive connection, and the electrical connector system comprises at least one sealing means configured to provide a seal around at least one of the electrically conductive connections when the first connector (302) and the second connector (402) are connected to each other.

Abstract: An electrically motorized watercraft may include a hull module and a driveline system. The driveline system may include an electric power module and a driveline module. The driveline module may be arranged at an underside of the hull module.

Abstract: A modular hydrofoil watercraft may include a plurality of modules which are releasably connectable to each other to when assembled form the modular hydrofoil watercraft. The modular hydrofoil watercraft when assembled may include a hull extending along a longitudinal center axis, a propulsion system that has a motor and a propelling member, a mast that extends downwardly from the hull and a hydrofoil connected to the mast.

Abstract: A motorized watercraft may include an elongated hull extending along a longitudinal central axis (L) and a propulsion system. The propulsion system may include a drive module. The drive module may be mounted to the elongated hull. The drive module may include a motor and a propelling member. The motor may be in driving connection with the propelling member. A bottom surface of the elongated hull may be provided with a first channel and a second channel that respectively extend along the elongated hull on each side of the longitudinal central axis (L).

Abstract: An electrically motorized watercraft may include a hull module and a driveline system. The driveline system may include an electric power module and a driveline module. The driveline module may be arranged at an underside of the hull module.

Abstract: In one aspect of the invention, there is provided a modular electrically motorized watercraft (10), the watercraft comprising a hull module (20) and a driveline system (60). The driveline system (60) comprises an electric power module (50) and a driveline module (30). The driveline module (30) is configured to be arranged at an underside of the hull module (20).

Abstract: In one aspect of the invention, there is provided a modular electrically motorized watercraft (10), the watercraft comprising a hull module (20) and a driveline system (60). The driveline system (60) comprises an electric power module (50) and a driveline module (30). The driveline module (30) is configured to be arranged at an underside of the hull module (20).

Abstract: A motorized watercraft may include an elongated hull extending along a longitudinal central axis (L) and a propulsion system. The propulsion system may include a drive module. The drive module may be mounted to the elongated hull. The drive module may include a motor and a propelling member. The motor may be in driving connection with the propelling member. A bottom surface of the elongated hull may be provided with a first channel and a second channel that respectively extend along the elongated hull on each side of the longitudinal central axis (L).