Abstract: A cleaning mitt with an opening for insertion of the user's hand, a section for the palm and fingers of the user, and at least three thumb holes which allow the mitt to be rotated 360 degrees on the user's hand to expose different surface areas without removing the mitt. The cleaning mitt is constructed from a unitary omnidirectional tubular piece of material. The material has a smooth surface and an opposing fabric looped surface. When formed, the cleaning mitt of the present invention has the smooth surface on the interior and the fabric looped surface on the exterior to facilitate the collection of dust and dirt. The cleaning mitt is reversible so it may be used with either side turned out and on either hand. All of the surface area of the mitt may be utilized by the user to collect dust and dirt by rotating the cleaning mitt sequentially and placing a thumb into another one of the thumb holes. This process is repeated until all of surface area has been used for cleaning.

Abstract: A cleaning mitt with an opening for insertion of the user's hand, a section for the palm and fingers of the user, and at least two thumbholes which allow the mitt to be rotated on the user's hand to expose different surface areas without removing the mitt. The cleaning mitt constructed from a unitary tubular piece of terry cloth or acrylic/polyester blend material. The material has a smooth surface and an opposing fabric looped surface. When formed, the cleaning mitt of the present invention has the smooth surface on the interior and the fabric looped surface on the exterior to facilitate the collection of dust and dirt. The cleaning mitt is reversible so it may be used with either side turned out and on either hand. All of surface area of the mitt may be utilized by the user to collect dust and dirt by rotating the cleaning mitt sequentially and placing a thumb into another one of the thumb holes. This process is repeated until all of surface area has been used for cleaning.