A skate with a stowable and/or removable roller, blade, ski, or track assembly. A skate has: a shoe; a guiding part mounted to the shoe; a roller, blade, ski, or track assembly mounted to move along the guiding part between a deployed position and a stowed position adjacent a calf or ankle part of the shoe; and a handle connected to move the roller, blade, ski, or track assembly between the deployed position and the stowed position. Related methods include moving the roller, blade, ski, or track assembly between the positions, and locking or unlocking the assembly in either position, for example using a handle.

A personal transportation device having first and second elongated foot support member that are arranged substantially in parallel and approximate to some extent the experience of skiing. The lateral distance of the foot support members may be adjusted. Biased-direction caster wheels may be provided that permit propulsion from side to side movement as well as kicking off and other propulsion techniques. Tiltable steering assemblies are disclosed that may impart a tilting of a front wheel to achieve turning. Various embodiments are disclosed.

A personal transportation device having first and second elongated foot support member that are arranged substantially in parallel and approximate to some extent the experience of skiing. The lateral distance of the foot support members may be adjusted. Biased-direction caster wheels may be provided that permit propulsion from side to side movement as well as kicking off and other propulsion techniques. Tiltable steering assemblies are disclosed that may impart a tilting of a front wheel to achieve turning. Various embodiments are disclosed.

To provide inline skates that prevent skidding when curving and turning, and enable stable curving turns to be performed while maintaining straight running speed. An inline skate has a plurality of running wheels arranged in a row in series in the running direction. Wheel shafts of curving wheels have axial directions that are orthogonal to the axial directions and running directions of the wheel shafts of the running wheels, respectively. When the inline skate is upright, ground surfaces of the plurality of curving turn wheels are located at a position higher than the sliding surface and on both sides of the inline skate.

To provide inline skates that prevent skidding when curving and turning, and enable stable curving turns to be performed while maintaining straight running speed. An inline skate has a plurality of running wheels arranged in a row in series in the running direction. Wheel shafts of curving wheels have axial directions that are orthogonal to the axial directions and running directions of the wheel shafts of the running wheels, respectively. When the inline skate is upright, ground surfaces of the plurality of curving turn wheels are located at a position higher than the sliding surface and on both sides of the inline skate.

The present invention provides a remote control electric shoes. The electric shoes comprises shoes bodies and a remote control. A user can use the remote control to realize starting/stopping of advancing of the shoes bodies, and to set and adjust the advancing speed of the shoes bodies. Moreover, the electric shoes also has a buckling device for braking. The user presses the buckling device to stop advancing of the shoes bodies. Therefore, the user can conveniently control advancing and stopping of the shoes bodies with the remote control, and thus the operation is convenient. The remote control electric shoes is simple, convenient and easy to use and has wide application prospects.

The present invention provides a remote control electric shoes. The electric shoes comprises shoes bodies and a remote control. A user can use the remote control to realize starting/stopping of advancing of the shoes bodies, and to set and adjust the advancing speed of the shoes bodies. Moreover, the electric shoes also has a buckling device for braking. The user presses the buckling device to stop advancing of the shoes bodies. Therefore, the user can conveniently control advancing and stopping of the shoes bodies with the remote control, and thus the operation is convenient. The remote control electric shoes is simple, convenient and easy to use and has wide application prospects.

A carrier is provided for converting from an inline skate sling to a shoe backpack and vice versa. As carrier for skates; the inline skate sling includes a square shaped pouch with one rounded corner at the end of each side of the elongated central sling. When not in use as a sling carrier for skates, the framed compartments for skates are readily converted by user from inline skate sling to shoe backpack turning the pouches into storage units for shoes. There are three buttons positioned on each side of the sling allowing the sling to flip and retract over shoulders into shoe backpack. The shoe backpack is a carrier of shoes and small items used while skating and may be readily converted by a user from the shoe backpack to the inline skate sling used for the particular mode of walking with sling for carrier of skates.

An inline skating shoe is provided. The shoe includes a sole on the bottom with a wheel recess. The present invention may include at least one wheel assembly within the wheel recess, such as a plurality of wheel assemblies. Each wheel assembly may include a wheel base attached to the sole, a wheel bracket pivotally attached to the wheel base, and at least one wheel rotatably secured to the wheel bracket. The wheel assemblies include a deployed position in which the wheel bracket is pivoted away from the wheel base and a retracted position in which the wheel bracket is pivoted towards the wheel base.

The present disclosure relates to a beginner's inline skate which can prevent rolling in place. A beginner's inline skate with an anti-rolling device according to the present disclosure includes an anti-rolling device installed on at least one wheel of wheels of the inline skate, wherein the anti-rolling device includes: an anti-rotation catching step formed around a rotating shaft of the wheel; and a rotator installed to rotate about a circumference of the rotating shaft of the wheel and having catching protrusions formed to be caught at the anti-rotation catching step and lock rotation of the wheel.