Abstract: A riding lawnmower including: a frame; a seat supported by the frame; a cutting implement supported by the frame, the cutting implement driven by a cutting implement motor; a wheel rotatably driven by a wheel motor; a controller in electrical communication with the wheel motor to control operation of the wheel motor; a wiring harness defining a user input connector, wherein the wiring harness is in electrical communication with the controller; a user input movable in at least one direction, wherein the user input receives input from a user to affect steering control of the riding lawnmower, wherein the user input is swappable between at least two different types of user inputs, and wherein the controller is configured to self-configure between the at least two different types of user inputs.

Abstract: Some embodiments of the present disclosure relate to a mobile battery module for high power applications. The mobile battery module includes a case having a chamber therein, wherein one or more engagement elements are disposed on an inner surface of the case. A number of blocks removably engage the one or more engagement elements, wherein each block includes a pair of opposing sidewalls. Within each block, a number of end caps extend from the opposing sidewalls to cooperatively hold a number of respective cells there between.

Abstract: Some embodiments of the present disclosure relate to a mobile battery module for high power applications. The mobile battery module includes a case having a chamber therein, wherein one or more engagement elements are disposed on an inner surface of the case. A number of blocks removably engage the one or more engagement elements, wherein each block includes a pair of opposing sidewalls. Within each block, a number of end caps extend from the opposing sidewalls to cooperatively hold a number of respective cells there between.