Abstract: A stand for coiling and storing a length of flexible conduit, such as hose, electrical cord, etc., to hold the flexible conduit securely and inhibit the flexible conduit from wear and damage due to frequent contact with the stand. The stand comprises a substantially vertical post with an upper arm and a lower arm extending laterally outwardly from the post in a general forward direction. The arms are spaced apart vertically from one another, the upper arm extending forwardly and upwardly and the lower arm extending forwardly and downwardly. The post and the upper and lower arms form two opposing U-shaped cradles for receiving and storing a coiled length of flexible conduit. Embodiments of the stand are attachable to various surfaces, including a wall, a horizontal support surface or a section of ground. Cushioning sleeves encase the arms, thereby increasing the radius of the arms and providing a cushioning layer between the arms and the flexible conduit.