Abstract: A control system for a work vehicle has at least one controller and at least one operator control with one or more control inputs configured to send control signals to the controller. The controller is configured to output a plurality of control commands corresponding to one or more control signals from a single activation event of the one or more control inputs. The control commands are configured to effect movement of multiple work implements into stowed orientations.

Abstract: An auto-start system for a work vehicle includes a data store containing first start and stop initiation conditions; sensors configured to detect information indicative of at least a first parameter; and a controller including at least a start module and a monitoring module and operating in at least a monitoring mode or a cycling mode. In the monitoring mode, the monitoring module evaluates the first start initiation condition in view of the first parameter. In the monitoring mode, the start module generates a start command when the first parameter satisfies the first start initiation condition. Upon generating the start command, the controller operates in the cycling mode. In the cycling mode, the monitoring module evaluates the first stop initiation condition. In the cycling mode, the start module generates a stop command when the first stop initiation condition is satisfied.

Abstract: An auto-start system for a work vehicle includes a data store containing first start and stop initiation conditions; sensors configured to detect information indicative of at least a first parameter; and a controller including at least a start module and a monitoring module and operating in at least a monitoring mode or a cycling mode. In the monitoring mode, the monitoring module evaluates the first start initiation condition in view of the first parameter. In the monitoring mode, the start module generates a start command when the first parameter satisfies the first start initiation condition. Upon generating the start command, the controller operates in the cycling mode. In the cycling mode, the monitoring module evaluates the first stop initiation condition. In the cycling mode, the start module generates a stop command when the first stop initiation condition is satisfied.

Abstract: A method of controlling work machine performance includes providing a controller for controlling at least one machine function and a mobile communication link. The mobile communication link transmits a wireless network and connects to a mobile device via the wireless network when a maintenance schedule mobile application is enabled on the mobile device. The mobile application includes at least one maintenance item to be completed on the work machine before the work machine is enabled to perform the at least one machine function. The method further includes receiving by the mobile communication link a status for the at least one maintenance item, communicating the status to the controller, and determining by the controller if the at least one maintenance item is completed based on the status. The machine is enabled to perform the at least one machine function if the at least one maintenance item is completed.

Abstract: A method of controlling work machine performance includes providing a controller for controlling at least one machine function and a mobile communication link. The mobile communication link transmits a wireless network and connects to a mobile device via the wireless network when a maintenance schedule mobile application is enabled on the mobile device. The mobile application includes at least one maintenance item to be completed on the work machine before the work machine is enabled to perform the at least one machine function. The method further includes receiving by the mobile communication link a status for the at least one maintenance item, communicating the status to the controller, and determining by the controller if the at least one maintenance item is completed based on the status. The machine is enabled to perform the at least one machine function if the at least one maintenance item is completed.

Abstract: A control system for a work vehicle has at least one controller and at least one operator control with one or more control inputs configured to send control signals to the controller. The controller is configured to output a plurality of control commands corresponding to one or more control signals from a single activation event of the one or more control inputs. The control commands are configured to effect movement of multiple work implements into stowed orientations.