Foot cooling cuff for cooling a foot, formed by a layer compound having at least a first, textile, absorbent, inner, flexible layer and a second, outer, flexible layer firmly connected thereto at least in sections, wherein the layer compound is pre-formed in an enduring way at least in particular sections, thereby forming a three-dimensional structure, wherein the first layer comprises an absorbent textile material, so that the first layer may be soaked with liquid coolant before the foot cooling cuff is applied for the purpose of cooling the foot, for an intermediate storing of the coolant therein and for providing it for an evaporation by heat dissipation from the foot to the latter, and wherein the second layer is, on the one hand, substantially impermeable to the liquid coolant, so that the liquid coolant intermediately stored in the first layer is prevented from escaping via an outer side of the foot cooling cuff in liquid form, and, on the other hand, permeable to the coolant evaporated as a result of the heat supply from the foot, characterized in that the three-dimensional structure defines a foot receiving cavity which is limited by a central, elongate, substantially horizontal sole region of the foot cooling cuff, which is configured to cover the sole of the foot of a user, as well as an instep region of the foot cooling cuff which extends upwards from both side edges of the sole region and is configured to cover the instep and the inner instep and the outer instep of the user, and a heel region of the foot cooling cuff extending upwards from the rear edge of the sole region and configured to cover the heel of the user, and wherein the first layer is the innermost layer of the layer compound and of the foot cooling cuff, i.e. the layer directly resting against the foot. formed by a layer compound having at least a first, textile, absorbent, inner, flexible layer and a second, outer, flexible layer firmly connected thereto at least in sections, wherein the layer compound is pre-formed in an enduring way at least in particular sections, thereby forming a three-dimensional structure, wherein the first layer comprises an absorbent textile material, so that the first layer may be soaked with liquid coolant before the foot cooling cuff is applied for the purpose of cooling the foot, for an intermediate storing of the coolant therein and for providing it for an evaporation by heat dissipation from the foot to the latter, and wherein the second layer is, on the one hand, substantially impermeable to the liquid coolant, so that the liquid coolant intermediately stored in the first layer is prevented from escaping via an outer side of the foot cooling cuff in liquid form, and, on the other hand, permeable to the coolant evaporated as a result of the heat supply from the foot, characterized in that the three-dimensional structure defines a foot receiving cavity which is limited by a central, elongate, substantially horizontal sole region of the foot cooling cuff, which is configured to cover the sole of the foot of a user, as well as an instep region of the foot cooling cuff which extends upwards from both side edges of the sole region and is configured to cover the instep and the inner instep and the outer instep of the user, and a heel region of the foot cooling cuff extending upwards from the rear edge of the sole region and configured to cover the heel of the user, and wherein the first layer is the innermost layer of the layer compound and of the foot cooling cuff, i.e. the layer directly resting against the foot.