Abstract: An outboard motor is provided having a shaft head defining a longitudinal axis; and a housing of a battery that is detachably connectable to the shaft head. The shaft head has a plurality of guides configured to connect the housing of the battery. Moreover, guide elements extend at an end region of the housing and are arranged such that the guide elements engage with a respective guide of the plurality of guides when connecting the housing to the shaft head. In this aspect, the plurality of guides and the guide elements are configured such that the housing is first pivoted on the shaft head and subsequently pushed relative to the shaft head.

Abstract: An outboard drive is provided having a fastening device for fastening the outboard drive to a boat. The fastening device includes a fastening unit and a rocker unit that can be pivoted relative to the fastening unit. A lever unit is arranged on the rocker unit, by means of which lever unit the rocker unit can be positioned in at least three different pivot positions with respect to the fastening unit. Furthermore, at least three different steering angle ranges of a drive unit relative to the fastening device can be adjusted by switching an adjustment part. Furthermore, the outboard drive can be converted between a pinning steering mode and a remote control steering mode.

Abstract: The present invention relates to a device (1) for setting the drive position of an electric drive of a boat, having a housing (14) with two receiving elements (15a, 15b) arranged on two opposing side walls (140) of the housing (14) for defining a pivot axis (17) and a drive lever (10) that can be pivoted around this pivot axis (17), wherein the drive lever (10) is received by two receiving elements (15a. 15b).

Abstract: The present invention relates to a device (1) for setting the drive position of an electric drive of a boat, having a housing (14) with two receiving elements (15a, 15b) arranged on two opposing side walls (140) of the housing (14) for defining a pivot axis (17) and a drive lever (10) that can be pivoted around this pivot axis (17), wherein the drive lever (10) is received by two receiving elements (15a. 15b).

Abstract: A device for predetermining the driving stage of an electric motor of a boat is disclosed. A base plate is connected to a side wall of the boat and to a control lever, which is pivotable relative to the base plate about a pivot axis. The control lever is in turn coupled to a speed controller for controlling the motor. The control lever forms a substantially closed contour with a plane formed by the base plate.

Abstract: A device for predetermining the driving stage of an electric motor of a boat is disclosed. A base plate is connected to a side wall of the boat and to a control lever, which is pivotable relative to the base plate about a pivot axis. The control lever is in turn coupled to a speed controller for controlling the motor. The control lever forms a substantially closed contour with a plane formed by the base plate.