Abstract: An automated roller cover for a tray back vehicle is disclosed. The automated roller cover comprises a roller cover comprising a curtain, a control unit operatively connected to the roller cover to actuate the rolling and at least one tailgate tilt unit operatively connected to the control unit providing tilt data for the tailgate as an input to the control unit. The at least one tail gate tilt unit may comprises a sensor such as, an accelerometer. The control unit may compares the tray back angle to the tailgate angle to determine if the tailgate is opening, opened, closing or closed.

Abstract: A utility vehicle canopy comprises a frame having a plurality of hollow elongate frame members coupled together with a plurality of corner members received within the frame members. A plurality of panels, one or more of which may be hinged, are affixed to the frame and include side panels, a roof panel and a floor for mounting the canopy to a chassis of the vehicle. The canopy can be provided as a kit for flat-pack transportation and self-assembly.

Abstract: A utility vehicle canopy comprises a frame having a plurality of hollow elongate frame members coupled together with a plurality of corner members received within the frame members. A plurality of panels, one or more of which may be hinged, are affixed to the frame and include side panels, a roof panel and a floor for mounting the canopy to a chassis of the vehicle. The canopy can be provided as a kit for flat-pack transportation and self-assembly.

Abstract: The present invention provides a keyless locking system comprising a keyless locking mechanism mountable to a cover of a tray compartment of a vehicle having a mechanical trigger and a mechanical override mechanism having an actuator operable via a cable connected to a lever located within a cabin of the vehicle, the actuator moveable to engage the mechanical trigger enabling mechanical activation of the latch.