The present invention comprises a visor assembly for filtering sunlight through a field of view of a driver. The assembly has motorized tinted visors that can be set in a stowed position, positioned upward, and lowered into the field of vision of the driver, allowing sunlight to pass through the tinted visors for filtering, via forward and reverse buttons. The tinted visors can include at least one amber tinted visor. The amber tinted visor is amber in color, adding contrast and visual acetate distinction in low-light driving situations. The tinted visors can also include at least one gradient tinted visor. The gradient tinted visor has a color gradient transitioning from a dense, dark blue color, adding brilliance and attenuation, to clear acetate, providing an unobstructed view of traffic.

A sun visor for a motor vehicle having a main body portion with an LED display for advertising. The sun visor has a foldable, expandable shade portion extending from the main body portion to block sunlight. The sun visor has magnetic portions at a top of the main body portion to allow for easy attachment and detachment to an inside of a car window frame.

A sun visor assembly includes a sun visor panel. A first arm extends from the sun visor panel. An attachment assembly is supported by the first arm. The first arm is rotatably coupled with the attachment assembly. The attachment assembly is configured to detachably connect with a second arm of a second sun visor panel. The attachment assembly includes a connection block. The connection block includes an orifice. A connection arm includes a projection at a first end of the connection arm. The projection is configured to releasably connect with the orifice of the connection block. A connection loop extends from a second end of the connection arm. The connection loop is configured to connect with the second arm of the second sun visor panel.

A vehicle includes an A-pillar, a windshield, a receiver, and a visor assembly, including an engagement feature that moves from a first position to a second position, and a biasing feature that biases the engagement feature toward the first position in the second position of the engagement feature. The visor assembly is operable between a stowed condition, wherein the engagement feature is in the first position and the engagement feature and the receiver are in a spaced relationship, and a deployed condition, wherein the engagement feature is in the second position and contact between the engagement feature and the receiver maintains the engagement feature in the second position against the bias of the biasing feature.

A solar glare shade that is supported within a motor vehicle, and that is attached in a spaced relationship to an interior of a windshield of the motor vehicle by a support arm of the rear view mirror. The solar glare shade is formed of a planar solar reflecting panel that is constructed and arranged so as to reflect radiant sun rays away from the motor vehicle. The planar solar reflecting panel includes a linear top edge that is positioned to be in substantial alignment with a top surface of the motor vehicle windshield, a pair of mirror image arranged side edges, and a center opening connecting the respective pair of mirror image arranged side edges, the center opening having a partially circular edge for engagement with the support arm of the rear view mirror.

A front seat sunshield is an accessory device that includes an elongate case positionable on a distal edge of a visor of a passenger vehicle. An engagement mechanism of the front seat sunshield is attached to the elongate case and is selectably engagable to the visor. One or more telescoping extensions attached to the elongate case and selectably expandable outward from the elongate case to block glare proximate to the distal edge of the visor.

A method of installing a fixing member for a vehicle side window shade to a vehicle door window frame is provided, and includes: attaching a first positioning member to the vehicle door window frame when the vehicle side window shade is manually positioned relative to the vehicle door window frame at a proper position where the vehicle side window shade completely covers a side window, so that the first positioning member corresponds to a connecting member of the vehicle side window shade in position; attaching a second positioning member formed with an installation opening to the vehicle door window frame so that the installation opening corresponds to the first positioning member in position; and adhering the fixing member to a mounting area of the vehicle door window frame exposed from the installation opening through an adhesive layer disposed on the fixing member.