Abstract: A method and system for informing on a homebase are provided. In some aspects, a method includes receiving homebase data corresponding to a homebase at a homebase location, wherein the homebase data is transmitted over a communication network to a vehicle at a remote location. The method also includes generating, using an ambient control module, at least one ambient control signal using the homebase data, and informing a vehicle operator on the homebase by operating at least one sensory device inside the vehicle using the at least one ambient control signal.

Abstract: A vehicle control interface for use with a vehicle is provided for affecting operation of vehicle features using movable controls. The vehicle control interface for use with a vehicle may include an selectively positionable interface component, communication module, housing, and mounting interface. A method for affecting operation of vehicle features using movable controls using the selectively positionable vehicle control interface for use with a vehicle is also provided.

Abstract: A vehicle is provided. In one embodiment, the vehicle includes a vehicle cabin for one or more occupant, and a deployable utility unit housed partially or completely in the vehicle cabin. The deployable utility unit is connected to the vehicle cabin using a support mechanism comprising at least one hinge and at least one utility support arm each attached to the deployable utility unit, wherein the deployable utility unit is advanced from a first position inside the vehicle cabin to a second position exterior to the vehicle cabin by pivoting the deployable utility unit about the at least one hinge through an opening in a vehicle cabin exterior housing.

Abstract: A vehicle including a monitoring apparatus comprising a drone housing and a drone configured to be stowable in the drone housing and deployable for flying adjacent to the vehicle. The drone comprising a frame, at least one rotor connected to the frame, and at least one sensor connected to the frame. The at least one sensor is configured to monitor an area adjacent to the vehicle when the drone is deployed and provide a feedback signal. The vehicle further comprises a control module operably connected to the drone. The control module is configured to output a warning signal to a driver of the vehicle which is indicative of a potential hazard. The warning signal is responsive to the feedback signal of the at least one sensor of the drone.

Abstract: A vehicle including a monitoring apparatus comprising a drone housing and a drone configured to be stowable in the drone housing and deployable for flying adjacent to the vehicle. The drone comprising a frame, at least one rotor connected to the frame, and at least one sensor connected to the frame. The at least one sensor is configured to monitor an area adjacent to the vehicle when the drone is deployed and provide a feedback signal. The vehicle further comprises a control module operably connected to the drone. The control module is configured to output a warning signal to a driver of the vehicle which is indicative of a potential hazard. The warning signal is responsive to the feedback signal of the at least one sensor of the drone.