A vehicle gutter spout cover comprising: a receptacle with a generally smooth outside surface; an orifice located on the receptacle and configured to allow the receptacle to slide over and enclose at least a portion of a gutter spout; and an adjustable length connecting means attached to the receptacle. A vehicle gutter spout cover system comprising: a vehicle; at least one gutter located on the vehicle; at least one gutter spout in fluid communication with the gutter; a receptacle with a generally smooth outside surface; an orifice located on the receptacle and configured to allow the receptacle to slide over and enclose at least a portion of the gutter spout; an adjustable length connecting means attached to the receptacle; and a vehicle cover configured to cover a vehicle and the gutter spout, with the receptacle generally enclosing at least a portion of the gutter spout.

A vehicle protection assembly includes a tarp that may be draped over a vehicle thereby facilitating the tarp to substantially cover the vehicle. The tarp is substantially comprised of a resiliently compressible material. Thus, the tarp may absorb impact energy thereby facilitating the tarp to protect the vehicle from the impact energy. The tarp is substantially comprised of a non abrasive material. Thus, the tarp may resist scratching the vehicle.

A vehicle protection assembly includes a tarp that may be draped over a vehicle thereby facilitating the tarp to substantially cover the vehicle. The tarp is substantially comprised of a resiliently compressible material. Thus, the tarp may absorb impact energy thereby facilitating the tarp to protect the vehicle from the impact energy. The tarp is substantially comprised of a non abrasive material. Thus, the tarp may resist scratching the vehicle.

An impact resistant cover for a vehicle including a set of top pads, a set of left pads and right pads, a front pad, and a rear pad. Each pad includes a waterproof outer layer, an impact resistant middle layer, a soft bottom layer, and hook and loop fasteners. Each left, right, front and read pad includes a strap with a hook. The pads removably attach to each other to form the cover. The strap and hook secure the cover to the vehicle. The impact resistant middle layer absorbs the force delivered by the hail. The soft bottom layer prevents damage to the vehicle by the cover. The cover is modular so that any number of pads may be used to accommodate vehicles of different sizes and shapes. The impact resistant middle layer can be composed of polystyrene foam, fiberboard, air bubble plastic, or an inflatable rubber bladder.

An impact resistant cover for a vehicle including a set of top pads, a set of left pads and right pads, a front pad, and a rear pad. Each pad includes a waterproof outer layer, an impact resistant middle layer, a soft bottom layer, and hook and loop fasteners. Each left, right, front and read pad includes a strap with a hook. The pads removably attach to each other to form the cover. The strap and hook secure the cover to the vehicle. The impact resistant middle layer absorbs the force delivered by the hail. The soft bottom layer prevents damage to the vehicle by the cover. The cover is modular so that any number of pads may be used to accommodate vehicles of different sizes and shapes. The impact resistant middle layer can be composed of polystyrene foam, fiberboard, air bubble plastic, or an inflatable rubber bladder.

An automated vehicle sunshade includes a compartment mountable to a roof of a vehicle, a flexible shade, a plurality of rods coupled to the flexible shade and a drive device coupled to the plurality of rods and a spindle coupled to the flexible shade and operable by the drive device. The plurality of rods are retractable and extendable so that the sunshade repeatably alternates between an extended position and a retracted position. In the retracted position, the flexible shade, plurality of rods and drive device are enclosed within the compartment. The sunshade also rotates the spindle by operation of the drive device to allow the shade to extend and retract without snagging, tearing and to easily fit within the compartment.

An automated vehicle sunshade includes a compartment mountable to a roof of a vehicle, a flexible shade, a plurality of rods coupled to the flexible shade and a drive device coupled to the plurality of rods and a spindle coupled to the flexible shade and operable by the drive device. The plurality of rods are retractable and extendable so that the sunshade repeatably alternates between an extended position and a retracted position. In the retracted position, the flexible shade, plurality of rods and drive device are enclosed within the compartment. The sunshade also rotates the spindle by operation of the drive device to allow the shade to extend and retract without snagging, tearing and to easily fit within the compartment.

This invention relates to a vehicle covering structure having a plurality of tarps to cover an outer body of a vehicle frame and a pair of drag bars to provide a sweeping mechanism for clearing the plurality of tarps. Further, the vehicle covering structure comprises a holding means located on a plurality of edges of each tarp to hold the plurality of tarps. The structure being made of a waterproof material selected from a group of tarpaulin, nylon, poly vinyl chloride canvas, polyester canvas and a combination thereof, to protect the outer surface of the vehicle from hail and other falling objects.

This invention relates to a vehicle covering structure having a plurality of tarps to cover an outer body of a vehicle frame and a pair of drag bars to provide a sweeping mechanism for clearing the plurality of tarps. Further, the vehicle covering structure comprises a holding means located on a plurality of edges of each tarp to hold the plurality of tarps. The structure being made of a waterproof material selected from a group of tarpaulin, nylon, poly vinyl chloride canvas, polyester canvas and a combination thereof, to protect the outer surface of the vehicle from hail and other falling objects.

A self-deploying and self-retracting automobile cover system. The system including an actuator mechanism, a housing unit and a cover. The actuator mechanism controls the operation of the cover, wherein the actuator mechanism triggers the automatic deployment of the cover such that the cover expands outward from the housing unit and triggers the automatic retraction of the cover such that the cover collapses into the housing unit. Upon deployment, the deployed cover is configurable to operate as a touchless cover such that each shield member of the pair of coverlets is void of any physical contact with the automobile or is configurable to operate as a touch cover such that each shield member of the pair of coverlets is in physical contact with the automobile.