Elastic bearing, - having an inner body, an outer body and having an elastic layer in the form of bearing elements, - in which the elastic layer (GUM1, GUM2) is manufactured from rubber, - in which the outer body and the inner body have a hollow cylindrical basic shape, - in which the outer body encloses the inner body in such a way that longitudinal axes of the outer body and of the inner body are in line and thus form a common bearing longitudinal axis, which corresponds to a first spatial axis of a spatial coordinate system, - in which the elastic layer is positioned between the outer body and the inner body, - in which, in the direction of a second spatial axis (z), the outer body and the inner body have a minimum spacing from one another which is free of the elastic layer along a line parallel to the first spatial axis (x), - in which, in the direction of a third spatial axis (y), the outer body and the inner body have an identical spacing from one another in which the elastic layer is arranged, in order to fill the identical spacing, - with the result that, by virtue of this configuration, the elastic bearing has the following degrees of freedom: • rotational movement of the bearing elements about the first spatial axis (x), • rotational movement of the bearing elements about the second spatial axis (z), • translational movement of the bearing elements in the direction of the first spatial axis (x), and • translational movement of the bearing elements in the direction of the third spatial axis (y), and - that, by virtue of this configuration, the following degrees of freedom of the elastic bearing are blocked: • rotational movement of the bearing elements about the third spatial axis (y), and • translational movement of the bearing elements in the direction of the second spatial axis (z). - having an inner body, an outer body and having an elastic layer in the form of bearing elements, - in which the elastic layer (GUM1, GUM2) is manufactured from rubber, - in which the outer body and the inner body have a hollow cylindrical basic shape, - in which the outer body encloses the inner body in such a way that longitudinal axes of the outer body and of the inner body are in line and thus form a common bearing longitudinal axis, which corresponds to a first spatial axis of a spatial coordinate system, - in which the elastic layer is positioned between the outer body and the inner body, - in which, in the direction of a second spatial axis (z), the outer body and the inner body have a minimum spacing from one another which is free of the elastic layer along a line parallel to the first spatial axis (x), - in which, in the direction of a third spatial axis (y), the outer body and the inner body have an identical spacing from one another in which the elastic layer is arranged, in order to fill the identical spacing, - with the result that, by virtue of this configuration, the elastic bearing has the following degrees of freedom: • rotational movement of the bearing elements about the first spatial axis (x), • rotational movement of the bearing elements about the second spatial axis (z), • translational movement of the bearing elements in the direction of the first spatial axis (x), and • translational movement of the bearing elements in the direction of the third spatial axis (y), and • rotational movement of the bearing elements about the first spatial axis (x), • rotational movement of the bearing elements about the second spatial axis (z), • translational movement of the bearing elements in the direction of the first spatial axis (x), and • translational movement of the bearing elements in the direction of the third spatial axis (y), and - that, by virtue of this configuration, the following degrees of freedom of the elastic bearing are blocked: • rotational movement of the bearing elements about the third spatial axis (y), and • translational movement of the bearing elements in the direction of the second spatial axis (z). • rotational movement of the bearing elements about the third spatial axis (y), and • translational movement of the bearing elements in the direction of the second spatial axis (z).