Mobilisation module (1; 10) for mobilising a body part of a patient, comprising a body part support (2; 710, 720, 730), a movement mechanics (4; 40) and a drive unit (6; 60), wherein the body part support (2; 710, 720, 730) is coupled to the movement mechanics (4; 40), the movement mechanics (4; 40) is adapted to induce a controlled cadenced displacement of the body part support (2; 710, 720, 730), the controlled cadenced displacement moves the body part support (2; 710, 720, 730) by at least 1 cm, at least 2 cm, at least 3 cm, at least 4 cm, at least 6 cm, at least 7 cm, at least 8 cm, at least 9 cm or at least 10 cm and preferably by at least 5 cm, the controlled cadenced displacement of the body part support (2; 710, 720, 730) induced by the movement mechanics (4; 40) comprises an eight motion of the body part support (2; 710, 720, 730), the drive unit (6; 60) is connected to the movement mechanics (4; 40) to actuate the movement mechanics (4; 40), the movement mechanics (4; 40) comprises a rocker member (41; 410, 430) coupled to the body part support (2; 710, 720, 730), wherein the rocker member (41; 410, 430) of the movement mechanics (4; 40) is oriented such that the body part support (2; 710, 720, 730) laterally tilts when the controlled cadenced displacement of the body part support (2; 710, 720, 730) is induced by the movement mechanics (4; 40), the movement mechanics (4; 40) comprises a shifting member (42; 420) coupled to the body part support (2; 710, 720, 730), wherein the shifting member (42; 420) laterally shifts the body part support (2; 710, 720, 730) when the controlled cadenced displacement of the body part support (2; 710, 720, 730) is induced by the movement mechanics (4; 40), and wherein the lateral tilting of the body part support (2; 710; 720; 730) induced by the rocker member (41; 410; 420) is a vertical portion of the eight motion and the lateral shifting of the body part support (2; 710; 720; 730) induced by the shifting member (42; 420) is a lateral portion of the eight motion. the body part support (2; 710, 720, 730) is coupled to the movement mechanics (4; 40), the movement mechanics (4; 40) is adapted to induce a controlled cadenced displacement of the body part support (2; 710, 720, 730), the controlled cadenced displacement moves the body part support (2; 710, 720, 730) by at least 1 cm, at least 2 cm, at least 3 cm, at least 4 cm, at least 6 cm, at least 7 cm, at least 8 cm, at least 9 cm or at least 10 cm and preferably by at least 5 cm, the controlled cadenced displacement of the body part support (2; 710, 720, 730) induced by the movement mechanics (4; 40) comprises an eight motion of the body part support (2; 710, 720, 730), the drive unit (6; 60) is connected to the movement mechanics (4; 40) to actuate the movement mechanics (4; 40), the movement mechanics (4; 40) comprises a rocker member (41; 410, 430) coupled to the body part support (2; 710, 720, 730), wherein the rocker member (41; 410, 430) of the movement mechanics (4; 40) is oriented such that the body part support (2; 710, 720, 730) laterally tilts when the controlled cadenced displacement of the body part support (2; 710, 720, 730) is induced by the movement mechanics (4; 40), the movement mechanics (4; 40) comprises a shifting member (42; 420) coupled to the body part support (2; 710, 720, 730), wherein the shifting member (42; 420) laterally shifts the body part support (2; 710, 720, 730) when the controlled cadenced displacement of the body part support (2; 710, 720, 730) is induced by the movement mechanics (4; 40), and wherein the lateral tilting of the body part support (2; 710; 720; 730) induced by the rocker member (41; 410; 420) is a vertical portion of the eight motion and the lateral shifting of the body part support (2; 710; 720; 730) induced by the shifting member (42; 420) is a lateral portion of the eight motion. <EOS>