Motion system

A motion system (S) comprising at least one body (A);

• at least one motion unit (M) that is located on the body (A) and applies the body a force from a specified direction and a control unit (C) that controls an operation of the motion unit (M);
• characterized in that the motion unit (M) comprises,
• at least one base (B) connected to the body (A);
• at least one plate (1) that is connected to said base (B) so as to rotate about the first rotation axis (E1);
• at least one first motion element that is controlled by control unit (C) and that rotates said plate (1) with respect to the base (B) about the first rotation axis (E1);
• at least one rotating mass (2) that is connected to the plate (1) so as to rotate about second rotation axis (E2) perpendicular to the first rotation axis (E1) and rotates as the plate rotates about the first rotation axis (E1) and
• at least one second motion element that enables the rotating mass (2) move such that it rotates about the second rotation axis (E2) relative to the plate (1) and that is controlled by the control unit (C),
• wherein, a force is applied to the base (B) based on the rotation of the rotating mass (2) relative to the plate (1) about the second rotation axis (E2) using the centrifugal force and another force is applied to the base (B) based on the relative rotational motion between the plate (1) and the rotating mass (2) connected to the plate (1) about the first axis (E1) using the centrifugal force and wherein, the forces that are applied to the base (B) are transferred to the body (A) causing the body (A) to move by sliding.