Abstract: An automated system for selecting the cutting height and orientation of a mower deck attached to a power vehicle. An actuator and a system of links and slotted members are configured to operatively couple to a mower deck carriage and a front portion of the mower deck. Operation of the actuator by extending or retracting an actuator length, working in concert with the system of links and members, causes the mower deck to lower or raise in relation to a surface underlying the mower deck. Operation of the actuator further permits the mower deck to be rotated about an axis to and from an operation orientation and a service and or storage orientation. The actuator maintains the position of the mower deck without assistance of additional locking mechanisms or load bearing members. The system is controllable through a single interface convenient to the operator.

Abstract: An automated system for selecting the cutting height and orientation of a mower deck attached to a power vehicle. An actuator and a system of links and slotted members are configured to operatively couple to a mower deck carriage and a front portion of the mower deck. Operation of the actuator by extending or retracting an actuator length, working in concert with the system of links and members, causes the mower deck to lower or raise in relation to a surface underlying the mower deck. Operation of the actuator further permits the mower deck to be rotated about an axis to and from an operation orientation and a service and or storage orientation. The actuator maintains the position of the mower deck without assistance of additional locking mechanisms or load bearing members. The system is controllable through a single interface convenient to the operator.