An apparatus for transmitting and receiving data in a wireless communication system, wherein the apparatus is a user equipment, wherein the apparatus is configured to receive a message from a further network entity, wherein the apparatus is configured to determine one or more transmit spatial filters and/or one or more receive spatial filters and/or one or more beam directions; wherein the one or more transmit spatial filters and/or the one or more receive spatial filters are identical to at least one initial spatial filter or are derived by the apparatus from the at least one initial spatial filter; wherein the one or more beam directions are identical to at least one initial beam direction or are derived by the apparatus from the at least one initial beam direction; and wherein the apparatus is configured to apply the one or more transmit spatial filters and/or the one or more beam directions on one or more uplink resources; and/or wherein the apparatus is configured to apply the one or more receive spatial filters and/or the one or more beam directions on one or more downlink resources; wherein the message comprises directional angle information indicating a beam direction for at least one of the one or more beam directions, characterized in that the message comprises directional angle information indicating in a geographic coordinate system or in a local coordinate system the following information: an azimuth angle and an azimuth angle uncertainty indicating an azimuth angle uncertainty range; and an elevation angle and an elevation angle uncertainty indicating an elevation angle uncertainty range, wherein the apparatus is configured to determine an actual azimuth angle of departure using the azimuth angle and the azimuth angle uncertainty of the directional angle information of the message; and wherein the apparatus is configured to determine an actual zenith angle of departure using the elevation angle and the elevation angle uncertainty of the directional angle information of the message. wherein the apparatus is configured to determine one or more transmit spatial filters and/or one or more receive spatial filters and/or one or more beam directions; wherein the one or more transmit spatial filters and/or the one or more receive spatial filters are identical to at least one initial spatial filter or are derived by the apparatus from the at least one initial spatial filter; wherein the one or more beam directions are identical to at least one initial beam direction or are derived by the apparatus from the at least one initial beam direction; and wherein the apparatus is configured to apply the one or more transmit spatial filters and/or the one or more beam directions on one or more uplink resources; and/or wherein the apparatus is configured to apply the one or more receive spatial filters and/or the one or more beam directions on one or more downlink resources; wherein the message comprises directional angle information indicating a beam direction for at least one of the one or more beam directions, characterized in that the message comprises directional angle information indicating in a geographic coordinate system or in a local coordinate system the following information: an azimuth angle and an azimuth angle uncertainty indicating an azimuth angle uncertainty range; and an elevation angle and an elevation angle uncertainty indicating an elevation angle uncertainty range, wherein the apparatus is configured to determine an actual azimuth angle of departure using the azimuth angle and the azimuth angle uncertainty of the directional angle information of the message; and wherein the apparatus is configured to determine an actual zenith angle of departure using the elevation angle and the elevation angle uncertainty of the directional angle information of the message. an azimuth angle and an azimuth angle uncertainty indicating an azimuth angle uncertainty range; and an elevation angle and an elevation angle uncertainty indicating an elevation angle uncertainty range, wherein the apparatus is configured to determine an actual azimuth angle of departure using the azimuth angle and the azimuth angle uncertainty of the directional angle information of the message; and wherein the apparatus is configured to determine an actual zenith angle of departure using the elevation angle and the elevation angle uncertainty of the directional angle information of the message.