Device for rebalancing the pelvis, comprising first and second support elements , and a base , wherein the support elements , comprise: a first side , the shape of which is adapted to rest on the base , and a second side , the shape of which is such that when the first side rests on the base , a first elevation , a second elevation and an intermediate part are formed, wherein the first elevation comprises an upper surface with a surface area of 0.5 - 5 cm 2 and is higher than the second elevation , which comprises an upper surface with a surface area of 5 - 16 cm 2 , the intermediate part provides a gradual transition from the first elevation to the second elevation , and the intermediate part comprises an upper surface which is inclined with respect to the base with an angle of inclination (α) of 30 - 65 degrees, such that in a position of use for a user standing on the base the support elements are each situated underneath a large part of the arch of a user's foot in such a way that the first elevation is situated underneath a first foot arch part , which first foot arch part is situated in the centre on the medial side of the foot arch, and the second elevation is situated underneath a second foot arch part , characterized in that the base comprises a first plate part for forming the base for the first support element and a first foot, and a second plate part for forming the base for the second support element and a second foot, and a first weighing unit and a second weighing unit are operatively connected to the first plate part and the second plate part , respectively; and each support element comprises a plurality of pressure sensors for determining a contact between the arch and the support element and an indicator operatively connected to the sensors for providing feedback of the contact between the arch and the support element, indicative of a correct position of the feet. a first side , the shape of which is adapted to rest on the base , and a second side , the shape of which is such that when the first side rests on the base , a first elevation , a second elevation and an intermediate part are formed, wherein the first elevation comprises an upper surface with a surface area of 0.5 - 5 cm 2 and is higher than the second elevation , which comprises an upper surface with a surface area of 5 - 16 cm 2 , the intermediate part provides a gradual transition from the first elevation to the second elevation , and the intermediate part comprises an upper surface which is inclined with respect to the base with an angle of inclination (α) of 30 - 65 degrees, such that in a position of use for a user standing on the base the support elements are each situated underneath a large part of the arch of a user's foot in such a way that the first elevation is situated underneath a first foot arch part , which first foot arch part is situated in the centre on the medial side of the foot arch, and the second elevation is situated underneath a second foot arch part , characterized in that the base comprises a first plate part for forming the base for the first support element and a first foot, and a second plate part for forming the base for the second support element and a second foot, and a first weighing unit and a second weighing unit are operatively connected to the first plate part and the second plate part , respectively; and each support element comprises a plurality of pressure sensors for determining a contact between the arch and the support element and an indicator operatively connected to the sensors for providing feedback of the contact between the arch and the support element, indicative of a correct position of the feet. <EOS>