Under liquid fabric transportation mechanism on a continuous open width washing range involves the technical areas of the continuous open width washing machines. It solves the fabric elongation caused by the under liquid fabric transportation where fabric is not being transported sufficiently due to the insufficient friction between the under liquid driven drums and the fabric being transported under liquid. Such mechanism includes the driven drum and its driven rotor inside the drum; the said driven drum includes an external drum with perforated holes on its surface, the driven rotor is installed inside the external drum which is having the paddling profiles on its circumference. The rotation speed of the driven rotor is higher than the rotation speed of the external drum which created a suction effect which keeps the fabric on to the surface of the external drum. As a result, the friction between the under liquid fabric and driven drum can be maximized, the transportation of the fabric under liquid becomes
