Abstract: An external catheterization device and technique is disclosed that provides for increased safety, comfort and mobility. The device is constructed from four major elements, an adhesive surface, a pliable stabilizer, a main body and an outlet tube. The adhesive surface covers the subject side of the stabilizer and surrounds the inlet to the main body of the catheter. The stabilizer is formed of a material conformable to the subject and aids in placing the catheter. The main body of the catheter is formed to carry urine and vaginal discharge which is received through the inlet, to the outlet tube at which conventional drainage devices are attachable. The catheterization technique necessary for utilizing the external catheter of the present requires cleansing the entire urogenital area applying a suitable protective dressing, and pressing the adhesive surface of the catheter into a leak resistent, sealing relationship with the subject's body.