The present invention discloses a device to be used by motorcyclists, cyclists or the like, wherein said device makes it possible to keep the outside of the rider's foot higher by providing the necessary length in motorbike stopping maneuvers and thus achieving a significant improvement in the support and stability of the motorcyclist-motorcycle combination. The device comprises an over-outsole which is arranged on top of the sole of the wearer's footwear and extends between the metatarsal area and the distal phalanges of the foot, wherein the aforementioned over-outsole has indentations on part of its surface and allows the toe of the device to be vertically adjusted with the over-outsole and extends between the said toe and the outer side of the footwear.

A crampon includes a crampon base for fitting to an underside of an item of footwear, such as a shoe or a boot. A harness extends from the crampon base and may be attached to the crampon base using rivets. The harness and the crampon base define a space for receiving the item of footwear. The crampon base comprises at least one cleat assembly with a cleat base embedded within the crampon base. One or more spikes extend from the cleat base.

Systems, methods and devices for limiting the transfer of thermal energy in ski boots and slowing thermal energy conduction through the ski boots are provided. Devices may have an upper shell and a side band and an attachment device for attaching the device to the toe box area of ski boot. The devices may further comprise materials that are intended to limit the transfer of thermal energy.

A shoe protection apparatus, or “shoe apron”, may include a shoe apron body that covers the top of the wearer's shoe. The shoe apron may be made from a variety of materials, and may be a single layered material or multiple layers of different materials. An arch fastener, such as a band of elastic, may be attached to the shoe apron body at a position approximating the arch of the wearer's shoe. An ankle fastener may be provided at the back of the shoe apron body to further secure the shoe apron to the shoe. A toe piece may be attached to the front of the shoe apron body to provide a sock-like enclosure for the toe of the shoe to further secure the shoe apron body. The toe piece may include a skid-resistance material to provide improved traction.

A shoe protection apparatus, or “shoe apron”, may include a shoe apron body that covers the top of the wearer's shoe. The shoe apron may be made from a variety of materials, and may be a single layered material or multiple layers of different materials. An arch fastener, such as a band of elastic, may be attached to the shoe apron body at a position approximating the arch of the wearer's shoe. An ankle fastener may be provided at the back of the shoe apron body to further secure the shoe apron to the shoe. A toe piece may be attached to the front of the shoe apron body to provide a sock-like enclosure for the toe of the shoe to further secure the shoe apron body. The toe piece may include a skid-resistance material to provide improved traction.

A shoe garment may have a generally tubular body and include a heel slot generally configured to receive heel, a bottom support slot configured to encircle a portion of the shoe and/or foot, and a top support slot configured to encircle approximately at or above the user's ankle. The shoe garment may be used to secure the shoe to the foot, improve fit, provide an alternate style option, and/or provided added support and/or warmth to the user.

A crampon includes a crampon base for fitting to an underside of an item of footwear, such as a shoe or a boot. A harness extends from the crampon base and may be attached to the crampon base using rivets. The harness and the crampon base define a space for receiving the item of footwear. The crampon base comprises at least one cleat assembly with a cleat base embedded within the crampon base. One or more spikes extend from the cleat base.

A shoe protection apparatus, or “shoe apron”, may include a shoe apron body that covers the top of the wearer's shoe. The shoe apron may be made from a variety of materials, and may be a single layered material or multiple layers of different materials. An arch fastener, such as a band of elastic, may be attached to the shoe apron body at a position approximating the arch of the wearer's shoe. An ankle fastener may be provided at the back of the shoe apron body to further secure the shoe apron to the shoe. A toe piece may be attached to the front of the shoe apron body to provide a sock-like enclosure for the toe of the shoe to further secure the shoe apron body. The toe piece may include a skid-resistance material to provide improved traction.

A shoe protection apparatus, or “shoe apron”, may include a shoe apron body that covers the top of the wearer's shoe. The shoe apron may be made from a variety of materials, and may be a single layered material or multiple layers of different materials. An arch fastener, such as a band of elastic, may be attached to the shoe apron body at a position approximating the arch of the wearer's shoe. An ankle fastener may be provided at the back of the shoe apron body to further secure the shoe apron to the shoe. A toe piece may be attached to the front of the shoe apron body to provide a sock-like enclosure for the toe of the shoe to further secure the shoe apron body. The toe piece may include a skid-resistance material to provide improved traction.

A bicycle pedal cover system for covering and protecting footwear from inclement weather, mostly rain. The water proof device simply clips on to the cycle pedals, covering the footwear and protecting the shoe from getting wet while cycling. The device is slightly larger than the footwear and allows the foot of a user to be easily inserted without impeding any movement whatsoever. Further, the device is able to collapse into a flat object and be mounted to a seat post of a bike for convenient storage and portability.