Running shoes are ergonomically enhanced with a damping sole under the toe-cap, that provokes a touch-down at the foot's ball first and consequently avoids, for less stress and fatigue, an unrolling motion of the foot. The soft cup may be made of leather, canvas, and/or little extensible soft plastics. The pins may be angled at 40 upwards along a main axis of the running shoe. A combined thickness of additional sole and the original sole at the tip of the running shoe may be equal to a total sole thickness of the original sole at a heel of the running shoe. The cup assembly may increase a height of the tip of the running shoe. The cup assembly may dampen an impact of a foot at the tip of the running shoe.

Running shoes are ergonomically enhanced with a damping sole under the toe-cap, that provokes a touch-down at the foot's ball first and consequently avoids, for less stress and fatigue, an unrolling motion of the foot. The soft cup may be made of leather, canvas, and/or little extensible soft plastics. The pins may be angled at 40 upwards along a main axis of the running shoe. A combined thickness of additional sole and the original sole at the tip of the running shoe may be equal to a total sole thickness of the original sole at a heel of the running shoe. The cup assembly may increase a height of the tip of the running shoe. The cup assembly may dampen an impact of a foot at the tip of the running shoe.

A protective shoe cover includes a shoe-shaped main body that is constructed from two complementary shaped sides that form a toe section, a heel section, and an ankle section which define a hollow interior space. Each of the two sides are removably secured together along the back end of the main body via a fastener which extends between the heel section and the ankle opening. A bottom opening is positioned along the bottom end of the main body for receiving the outsole of an inserted shoe, and a plurality of ledges extend along the bottom opening to engage the outsole and secure the same within the protective cover.

A protective shoe cover includes a shoe-shaped main body that is constructed from two complementary shaped sides that form a toe section, a heel section, and an ankle section which define a hollow interior space. Each of the two sides are removably secured together along the back end of the main body via a fastener which extends between the heel section and the ankle opening. A bottom opening is positioned along the bottom end of the main body for receiving the outsole of an inserted shoe, and a plurality of ledges extend along the bottom opening to engage the outsole and secure the same within the protective cover.

A article of footwear that can be worn as a protective bottom on your foot. Comprised of skin safe adhesive and rubberized material that protects the sole from uncomfortable debris while inside or outside. Specifically used for outdoor and indoor pools, beaches and other resort style areas. FootPrnts purpose is to eliminate uncomfortable thong sandals and other shoes while on vacation or while walking to give the consumer the luxury of being able to walk bare foot with only the sole of their feet protected.

A shoe cover comprising: a body having a shoe-covering portion and an edge portion, the shoe-covering portion being used for covering a front part of a shoe, the edge portion extending along a lower edge of the shoe-covering portion and disposed below the shoe; and a cap extending along an upper edge of the shoe-covering portion of the body and disposed above the shoe, an upper surface of the cap having at least one water guiding slot used for directing water droplets to drip downwards.

A shoe cover comprising: a body having a shoe-covering portion and an edge portion, the shoe-covering portion being used for covering a front part of a shoe, the edge portion extending along a lower edge of the shoe-covering portion and disposed below the shoe; and a cap extending along an upper edge of the shoe-covering portion of the body and disposed above the shoe, an upper surface of the cap having at least one water guiding slot used for directing water droplets to drip downwards.

A system for protecting the toes comprises a pair of shoes with certain adaptations so that a removable portable element with a casing can be fitted thereto and removed therefrom easily and quickly, by means of three lower tabstwo side tabs and one front tabwhich fit to the sole of the shoe, and two strapsan inner strap and an outer strapwhich fasten to the shoe. The characteristics the shoe and removable element mean that when the removable element is fitted, it does not extend beyond the limits of the footprint, and therefore comfort and aesthetics are not compromised when the shoes are worn. The system also has the flexibility of being able to have a wide range of standardized designs per model and size, which can then be interchanged with each other in order to increase the design options for the user.

A system for protecting the toes comprises a pair of shoes with certain adaptations so that a removable portable element with a casing can be fitted thereto and removed therefrom easily and quickly, by means of three lower tabstwo side tabs and one front tabwhich fit to the sole of the shoe, and two strapsan inner strap and an outer strapwhich fasten to the shoe. The characteristics the shoe and removable element mean that when the removable element is fitted, it does not extend beyond the limits of the footprint, and therefore comfort and aesthetics are not compromised when the shoes are worn. The system also has the flexibility of being able to have a wide range of standardized designs per model and size, which can then be interchanged with each other in order to increase the design options for the user.

Disclosed herein are improved wearable devices with sports implements (e.g., hockey stick, tennis racket, golf club, etc.). A wearable device can be worn on any suitable part of a user's body (e.g., foot, leg, arm, etc.) or, alternatively, over a device (e.g., shoe) already worn on the user. The wearable device can be permanently affixed to a sports implement or, alternatively, can be adaptable with a sports implement selectable from a set of interchangeable sports implements. Such interchangeability can be provided by a coupling mechanism that is configured to detachably couple the wearable device to the sports implement. The coupling mechanism can include a receiver base integrated to a body of the wearable device and a complementary accessory base of the sports implement.