Shoe covers that include a waterproof sock shaped unitary tubular member. The shoe covers are configured to cover footwear having a sole with a bottom. The member includes a first waterproof tubular portion that has an upper opening configured to receive an ankle and a heel of a foot of a person when the footwear and shoe cover are donned. The member further includes a second waterproof tubular portion that has a bottom surface and is configured to correspond to and seal against the bottom of the sole of the footwear when the member is donned on the footwear. The bottom surface of the second waterproof tubular portion defines an opening. When the footwear is cycling footwear that includes a cleat projecting from the bottom, the opening may be configured to receive the cleat of the cycling footwear. Methods of donning and manufacturing the shoe covers also are disclosed.

Shoe covers that include a waterproof sock shaped unitary tubular member. The shoe covers are configured to cover footwear having a sole with a bottom. The member includes a first waterproof tubular portion that has an upper opening configured to receive an ankle and a heel of a foot of a person when the footwear and shoe cover are donned. The member further includes a second waterproof tubular portion that has a bottom surface and is configured to correspond to and seal against the bottom of the sole of the footwear when the member is donned on the footwear. The bottom surface of the second waterproof tubular portion defines an opening. When the footwear is cycling footwear that includes a cleat projecting from the bottom, the opening may be configured to receive the cleat of the cycling footwear. Methods of donning and manufacturing the shoe covers also are disclosed.

A shoe cover comprises a shoe cover upper and a shoe cover sole. A shoe cover opening is provided at the top of the shoe cover upper, and the shoe cover opening is provided with a first elastic ring. The shoe cover sole is connected with the bottom of the shoe cover upper. A second elastic ring is provided at where the shoe cover upper connects the shoe cover sole. The second elastic ring straps the shoe cover upper and the shoe cover sole onto either a foot or a shoe, prevents the shoe cover from falling off, and facilitates the shoe cover upper and the shoe cover sole in affixing onto the foot or shoe.

A shoe cover comprises a shoe cover upper and a shoe cover sole. A shoe cover opening is provided at the top of the shoe cover upper, and the shoe cover opening is provided with a first elastic ring. The shoe cover sole is connected with the bottom of the shoe cover upper. A second elastic ring is provided at where the shoe cover upper connects the shoe cover sole. The second elastic ring straps the shoe cover upper and the shoe cover sole onto either a foot or a shoe, prevents the shoe cover from falling off, and facilitates the shoe cover upper and the shoe cover sole in affixing onto the foot or shoe.

A shoe cape provides a durable, washable material base to cover footwear in environments where there is debris that may otherwise fall into the footwear and cause damage to the footwear and irritation and other damage to the wearer's leg. Such environments include many factories and also barbershops.

A shoe cape provides a durable, washable material base to cover footwear in environments where there is debris that may otherwise fall into the footwear and cause damage to the footwear and irritation and other damage to the wearer's leg. Such environments include many factories and also barbershops.

A shoe friction control apparatus set that enables a user to specifically individually select a specific slide capability for one or more of their shoes from a plurality of different specific slide capacities. In various embodiments, the present disclosure enables a bowler to make a specific individual selection for the shoe on the bowler's slide foot. In various embodiments, the present disclosure enables a bowler to make this specific individual selection for the shoe on the bowler's other, non-slide, plant or kicker foot.

A shoe friction control apparatus set that enables a user to specifically individually select a specific slide capability for one or more of their shoes from a plurality of different specific slide capacities. In various embodiments, the present disclosure enables a bowler to make a specific individual selection for the shoe on the bowler's slide foot. In various embodiments, the present disclosure enables a bowler to make this specific individual selection for the shoe on the bowler's other, non-slide, plant or kicker foot.

A customizable shoe assembly for altering the appearance of slippers includes a slipper that can be worn on a user's foot. The slipper has a sole, an insole lying on top of the sole to have the user's foot lie thereon and a body to surround the user's foot. A cover is provided and the cover is removably positioned on the slipper for completely covering the slipper. The cover is provided in a variety of colors to alter the appearance of the slipper.

A shoe cover for covering a shoe to present the look like the wearer is wearing a different pair of shoes. The shoe cover includes an upper piece configured to cover the shoe of a wearer, the upper piece sized to cover a specific shoe without being attached to the shoe while the shoe is worn. The shoe cover includes a sole piece coupled to a bottom of the upper piece and configured to grip surfaces as the wearer uses the shoe cover and a gripping insert secured within the cavity created of the upper piece to guard against slippage of the cover on the shoe with the intent of ensuring the safety of the wearer.