Abstract: Various embodiments for a washable and reusable absorbent incontinence pad are disclosed. An incontinence pad may include a top layer configured to be positioned against skin of a wearer, a bottom layer configured to be positioned against an undergarment, a moisture-absorbing inner layer, and a water-resistant inner layer. The moisture-absorbing inner layer and the water-resistant inner layer may be positioned between the top layer and the bottom layer. A raised coating layer may also be laminated on the bottom layer, where the raised coating layer is configured to retain a water-soluble adhesive thereon to secure the incontinence pad to an undergarment. The water-soluble adhesive may be configured to fully wash away from the pad and garment and make the pad removable from the undergarment without damaging the undergarment or leaving a substantial amount of residue thereon.