The foot mop is a cleaning implement that is adapted for use with a foot. The foot mop is adapted for use in cleaning a surface, especially a floor. The foot mop is worn on the foot. The foot mop cleans the surface by using the foot to rub the foot mop against a surface that needs to be cleaned. The foot mop comprises a plurality of bristles. The foot mop is further adapted for use with cleaning products. The foot mop comprises a plurality of shoes.

The foot mop is a cleaning implement that is adapted for use with a foot. The foot mop is adapted for use in cleaning a surface, especially a floor. The foot mop is worn on the foot. The foot mop cleans the surface by using the foot to rub the foot mop against a surface that needs to be cleaned. The foot mop comprises a plurality of bristles. The foot mop is further adapted for use with cleaning products. The foot mop comprises a plurality of shoes.

An improvement to existing foot floor mopping and cleaning flat soft-material devices comprising a stabilizing porous inner layer of compressible material that is stitched with a variable surface contour design and secured also by stitching between two micro-absorbent layers of flexible material forming a composite foot floor mopping and cleaning device. The inner material layer stabilizes horizontal dimensions of the invention's mopping surface contact area to optimize rate of fluid absorption from the floor surface. The inner stabilizing layer is also stitched with varying surface contouring designs to the outer micro-absorbent top and bottom layers providing surface contour variability for an improved foot force hydraulic pulsing effect to facilitate cleaning of the floor surface while mopping. An attached scrubbing surface provides for additional focal cleaning and an attached hanging loop simplifies storage and drying.

An improvement to existing foot floor mopping and cleaning flat soft-material devices comprising a stabilizing porous inner layer of compressible material that is stitched with a variable surface contour design and secured also by stitching between two micro-absorbent layers of flexible material forming a composite foot floor mopping and cleaning device. The inner material layer stabilizes horizontal dimensions of the invention's mopping surface contact area to optimize rate of fluid absorption from the floor surface. The inner stabilizing layer is also stitched with varying surface contouring designs to the outer micro-absorbent top and bottom layers providing surface contour variability for an improved foot force hydraulic pulsing effect to facilitate cleaning of the floor surface while mopping. An attached scrubbing surface provides for additional focal cleaning and an attached hanging loop simplifies storage and drying.