A power pedal is provided, including: a shaft, including a first end configured to be assembled to a bicycle crank, a second end and a connection section connected between the first end and the second end, the connection section including a strain sensing module; a pedal body, connected to the second end; a power sensor, including a processing module and a shell member, the processing module being disposed on an outer circumferential wall of the connection section, the processing module including a processing unit and a wireless transmission unit electrically connected to each other, the processing unit being electrically connected to the strain sensing module, the shell member being disposed on the connection section and encompassing the processing module, the shell member including a receiving room, the receiving room being configured to receive a battery which is replaceable and electrically connected to the processing unit.

A cycling shoe assembly is basically provided with a cleat and a shoe. The cycling shoe is configured to be coupled to the cleat. In one configuration, the cycling shoe has a first connector that is configured to be electrically connected to a pedal in a coupled state where the cleat is coupled with the pedal. In another configuration, the cleat has a second connector that is configured to be electrically connected to a pedal in a coupled state where the cleat is coupled with the pedal.

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.

Various embodiments of a pedal for use on a device such as a bicycle or stationary bicycle are provided. A pedal may include a pedal body member having an internal cavity. The pedal may include an axle having a shaft adapted to extend into the internal cavity. The pedal body member may be adapted for transverse or side-to-side rotatable movement relative to a longitudinal axis of the axle shaft. The pedal body member may be self-centering and include one or more springs (such as coil, leaf, cantilever, torsion, etc., for example) to apply force to move the pedal body member toward a home or resting position relative to the axle shaft. The pedal may be adapted so that the user's foot can be placed on either a top surface or a bottom surface of the pedal body member.

A toe clip includes a seat body, a toe clip and an adapter. The seat body has a top side, a bottom side and adapter fixing holes. The top side has a toe clip connecting portion and toe clip fixing holes. The bottom side has an adapter connecting portion. The toe clip includes a clip body and a washer. The clip body includes a mount plate and a clip. The mount plate has long holes. The washer has through holes. The through holes, the long holes and the toe clip fixing holes are separately passed by screws to fasten the toe clip onto the seat body. The adapter is used for connecting the seat body to the pedal and is formed with passing holes. The passing holes and the adapter fixing holes are separately passed by screws to fasten the adapter to the seat body.

A power pedal is provided, including: a shaft, including a first end configured to be assembled to a bicycle crank, a second end and a connection section connected between the first end and the second end, the connection section including a strain sensing module; a pedal body, connected to the second end; a power sensor, including a processing module and a shell member, the processing module being disposed on an outer circumferential wall of the connection section, the processing module including a processing unit and a wireless transmission unit electrically connected to each other, the processing unit being electrically connected to the strain sensing module, the shell member being disposed on the connection section and encompassing the processing module, the shell member including a receiving room, the receiving room being configured to receive a battery which is replaceable and electrically connected to the processing unit.

A foot retention system including: a pedal having a pedal platform; a strap having a first base portion, a second base portion and a loop portion between base portions; and a rotary adjuster connected to said strap. The first base portion and said second base portion are retained to the pedal platform and the loop portion is vertically spaced from the pedal platform. The strap and pedal platform defines an opening to receive a user's foot and the rotary adjuster is rotatable about a rotary axis to adjust the perimeter length of the opening.

Various embodiments of a pedal for use on a device such as a bicycle or stationary bicycle are provided. A pedal may include a pedal body member having an internal cavity. The pedal may include an axle having a shaft adapted to extend into the internal cavity. The pedal body member may be adapted for transverse or side-to-side rotatable movement relative to a longitudinal axis of the axle shaft. The pedal body member may be self-centering and include one or more springs (such as coil, leaf, cantilever, torsion, etc., for example) to apply force to move the pedal body member toward a home or resting position relative to the axle shaft. The pedal may be adapted so that the user's foot can be placed on either a top surface or a bottom surface of the pedal body member.

A multi-function racing type bicycle pedal includes a pedal body, a connecting seat and a shoe clip. The pedal body has a spindle, a fixed front and an elastic rear. An engaging surface is formed between the fixed front and the elastic rear for optionally connecting a cleat. A connecting platform is formed on an opposite side of the engaging surface and at a front side and a rear side of the spindle. The connecting platform has a locking hole. The connecting seat is a flat plate and has a through hole corresponding to the locking hole for being passed through by a screw so as to removably fasten the connecting seat onto the connecting platform. An exposed surface of the connecting seat is provided with an anti-slip pattern. The shoe clip is an arcuate body and removably disposed on the connecting seat.