Abstract: A disposable absorbent universal incontinence device having a front and a back and one or more layers of absorbent material and an outer layer of plastic or waterproof material is provided having in the front a slit or a semi perforated opening extending through one or more absorbent layers to the inside of the garment through the outer layer of plastic or waterproof material of the garment to provide an access opening to allow normal urination by an incontinent male. The slit or semi perforated opening is covered by a flap like member detachably secured around the perimeter or a portion of the perimeter to the outer layer of plastic or waterproof material of the garment. The detachable securement allows the flap to be opened from the top, bottom or sides to provide access from any desired location once the flap is partially removed and the slot or perforated opening is separated to provide access.