A low profile rotating platform for vehicles, defined by its ability to offer an expandable, modular structure and comprising of multiple standardized basic elements, consisting of: a) surface elements, which connected to each other compose two independent, circular surfaces, parallel to the ground, of which one, that is defined as the stable surface is of circular shape and in contact with the ground, whereas the other that is defined as the rotation surface is of circular ring shape on which the vehicle in rotation is placed and rotates on the stable surface and around their common virtual axis, vertical to their centre that is the centre of the platform as well, b) rolling carriers which are flat shaped and in each one of them nestles a small number of little spheres which rotate freely, protruding on both sides of the rolling carrier and connected to each other, compose an independent rolling surface of circular ring shape, which has the same centre as the platform and is of identical dimensions as the rotation surface, wherby placed between the rotation surface and the stable surface, the rolling surface minimizes the friction during the surfaces rotation, c) peripheral elements containing a motion mechanism and the peripheral elements containing delimitation wheels, which connected and aligned firmly with each other, compose a peripheral ring, which is connected firmly to the circular stable surface along its periphery, delimiting the rotation surface's rotation, using delimitation wheels, d) the motion mechanisms which are embodied in the peripheral elements move a motion belt, which rotates the rotation surface along the circular ring's large periphery, e) the delimitation wheels are encapsulated horizontally on one hand in the peripheral elements and in the level of the rotation surface's ring outer periphery and on the other hand delimitation wheels are encapsulated horizontally in the elements of the centre of the stable surface, delimiting its smooth rotation, whereby the rotating surface can be expanded in radial steps, by peripherally adding each time to the already existing structure a new expansion ring, consisting of new structural elements for the stable surface's expansion -, elements for the rotation surface's expansion -, elements for the peripheral ring's expansion - and the rolling carriers, in order to rotate larger or more than one vehicles. a) surface elements, which connected to each other compose two independent, circular surfaces, parallel to the ground, of which one, that is defined as the stable surface is of circular shape and in contact with the ground, whereas the other that is defined as the rotation surface is of circular ring shape on which the vehicle in rotation is placed and rotates on the stable surface and around their common virtual axis, vertical to their centre that is the centre of the platform as well, b) rolling carriers which are flat shaped and in each one of them nestles a small number of little spheres which rotate freely, protruding on both sides of the rolling carrier and connected to each other, compose an independent rolling surface of circular ring shape, which has the same centre as the platform and is of identical dimensions as the rotation surface, wherby placed between the rotation surface and the stable surface, the rolling surface minimizes the friction during the surfaces rotation, c) peripheral elements containing a motion mechanism and the peripheral elements containing delimitation wheels, which connected and aligned firmly with each other, compose a peripheral ring, which is connected firmly to the circular stable surface along its periphery, delimiting the rotation surface's rotation, using delimitation wheels, d) the motion mechanisms which are embodied in the peripheral elements move a motion belt, which rotates the rotation surface along the circular ring's large periphery, e) the delimitation wheels are encapsulated horizontally on one hand in the peripheral elements and in the level of the rotation surface's ring outer periphery and on the other hand delimitation wheels are encapsulated horizontally in the elements of the centre of the stable surface, delimiting its smooth rotation,