A virtual reality motion platform configured to provide body movements and directions of a user, the body movements comprising walking, running, jumping, bending to be transferred to a software based simulative virtual reality environment, wherein the virtual reality motion platform comprises: a mounting apparatus comprising, • An outer body including a balancing rod, a rotary head, a gaming vest / harness connected to the balancing rod, a shoe has a plurality of balls on its bottom, a floor (5, 26), characterized in that the mounting apparatus further comprises: • A plurality of ceiling mounting apparatuses which enable the outer body to be mounted on a ceiling or a wall, and a plurality of wall mounting apparatuses, • a motion limiting steel ring placed between the outer body and the connection point, a damper system connected to eight different points and an analog potentiometer and a motion system coupled to the balancing rod • the gaming vest / harness further comprising: an electronic circuit and/or sensor slot including sensors and circuit components which enable the body directions of the user to be detected, • two leg belts being configured to secure the user's upper legs and having a form such that it can carry the user's weight when they sit down on the floor, the shoe further comprising: • an electronic circuit and sensor slot including sensors and electronic circuit components that provides detecting the feet movements and measuring a load on the user's feet, • an IMU sensor or an optical sensor and • a touch sensor and a pressure sensor. a mounting apparatus comprising, • An outer body including a balancing rod, a rotary head, • An outer body including a balancing rod, a rotary head, a gaming vest / harness connected to the balancing rod, a shoe has a plurality of balls on its bottom, a floor (5, 26), characterized in that the mounting apparatus further comprises: • A plurality of ceiling mounting apparatuses which enable the outer body to be mounted on a ceiling or a wall, and a plurality of wall mounting apparatuses, • a motion limiting steel ring placed between the outer body and the connection point, a damper system connected to eight different points and an analog potentiometer and a motion system coupled to the balancing rod • the gaming vest / harness further comprising: an electronic circuit and/or sensor slot including sensors and circuit components which enable the body directions of the user to be detected, • two leg belts being configured to secure the user's upper legs and having a form such that it can carry the user's weight when they sit down on the floor, • A plurality of ceiling mounting apparatuses which enable the outer body to be mounted on a ceiling or a wall, and a plurality of wall mounting apparatuses, • a motion limiting steel ring placed between the outer body and the connection point, a damper system connected to eight different points and an analog potentiometer and a motion system coupled to the balancing rod • the gaming vest / harness further comprising: an electronic circuit and/or sensor slot including sensors and circuit components which enable the body directions of the user to be detected, • two leg belts being configured to secure the user's upper legs and having a form such that it can carry the user's weight when they sit down on the floor, the shoe further comprising: • an electronic circuit and sensor slot including sensors and electronic circuit components that provides detecting the feet movements and measuring a load on the user's feet, • an IMU sensor or an optical sensor and • a touch sensor and a pressure sensor. • an electronic circuit and sensor slot including sensors and electronic circuit components that provides detecting the feet movements and measuring a load on the user's feet, • an IMU sensor or an optical sensor and • a touch sensor and a pressure sensor.