A sun hat having a bendable and shapeable brim is described. The bendable brim is characterized by a wire cable assembly secured in the brim of the hat along its perimeter. The wire cable assembly can comprise a loop of multi-strand metal cable enclosed in a slightly oversized flexible plastic sheath that is hermetically sealed at joining ends. The cable can be comprised of an annealed metal that permits it to be bent thousands of times without breaking.

Floatable headwear comprises a head engaging portion adapted for placement on the head of a wearer and a bill having a proximal end attached to the head engaging portion. The bill comprises a rigid layer having a upper surface and a lower surface, an upper fabric layer covering the upper surface of the rigid layer, a lower fabric layer covering the lower surface of the rigid layer, and a neoprene layer between the rigid layer and the lower fabric layer configured to cause the headwear to float when in a body of water with the distal end of the bill extending above the surface of the body of water such that it is visible and graspable by a user.

A rain guard for headwear is configured to removably attach to a leading edge of a brim for the headwear. The rain guard creates a channel for collected water on the brim of the headwear to be diverted to either side of the headwear as opposed to directly in front of a wearer's line of vision.

A rain guard for headwear is configured to removably attach to a leading edge of a brim for the headwear. The rain guard creates a channel for collected water on the brim of the headwear to be diverted to either side of the headwear as opposed to directly in front of a wearer's line of vision.

A reconfigurable brim for a hat. The reconfigurable brim includes a body disposed on a plane. The body includes a hinged core that can selectively deform into a plurality of variable positions, such that in each position a first angle is formed between a first lateral side and a second lateral side of the body, and a second angle is formed between a front section and an opposing rear section of the body. The hinged core can retain each position until selectively reconfigured and allows for repeated reconfiguration without weakening the ability of the hinged core to retain each position. In some embodiments, the hinged core is a matrix embedded into an elastic layer. The hinged core allows the body to be independently and repeatedly repositioned along any point of a lateral axis and longitudinal axis of the plane of the body.

A reconfigurable brim for a hat. The reconfigurable brim includes a body disposed on a plane. The body includes a hinged core that can selectively deform into a plurality of variable positions, such that in each position a first angle is formed between a first lateral side and a second lateral side of the body, and a second angle is formed between a front section and an opposing rear section of the body. The hinged core can retain each position until selectively reconfigured and allows for repeated reconfiguration without weakening the ability of the hinged core to retain each position. In some embodiments, the hinged core is a matrix embedded into an elastic layer. The hinged core allows the body to be independently and repeatedly repositioned along any point of a lateral axis and longitudinal axis of the plane of the body.

A reconfigurable brim for a hat. The reconfigurable brim includes a body disposed on a plane. The body includes a hinged core that can selectively deform into a plurality of variable positions, such that in each position a first angle is formed between a first lateral side and a second lateral side of the body, and a second angle is formed between a front section and an opposing rear section of the body. The hinged core can retain each position until selectively reconfigured and allows for repeated reconfiguration without weakening the ability of the hinged core to retain each position. In some embodiments, the hinged core is a matrix embedded into an elastic layer. The hinged core allows the body to be independently and repeatedly repositioned along any point of a lateral axis and longitudinal axis of the plane of the body.

Headwear with airflow visor. The headwear includes a crown with a head receiving portion configured to be receivable on a head of a user. A sweatband extends along at least a portion of an inner edge of the head receiving portion of the crown. A brim or visor extends outwardly from a lower edge of the crown adjacent the sweatband. A plurality of vent channels through the brim permit and encourage passage of air from above the brim, through the brim, toward the sweatband and toward a forehead of the user.

Headwear with airflow visor. The headwear includes a crown with a head receiving portion configured to be receivable on a head of a user. A sweatband extends along at least a portion of an inner edge of the head receiving portion of the crown. A brim or visor extends outwardly from a lower edge of the crown adjacent the sweatband. A plurality of vent channels through the brim permit and encourage passage of air from above the brim, through the brim, toward the sweatband and toward a forehead of the user.

An adjustable hat bill having a first link and a second link. The first link has a first link male member, and it defines a first link female receiving area. The second link defines a second link female receiving area. The first link male member is located within the second link female area, and the second link is capable of some rotation about the male member.