A directional radio stabilisation system for a stationary wireless radio connection, in particular in the range of 30 GHz to 30 THz, preferably in the range of 30 GHz to 3 THz, particularly preferably in the range of 100 GHz to 1 THz, comprising: a transmitting station comprising: a directional radio antenna for transmitting radio signals, wherein the directional radio antenna is attached to a first stationary fixing means and is a phased array antenna; a correcting unit suitable for correcting the radiation characteristics of the directional radio antenna, wherein the correcting unit comprises phase shifters of the phased array antenna; a reverse channel receiving means for receiving reverse channel radio signals for controlling the correcting unit; a receiving station comprising: a receiving means which is attached to a second stationary fixing means, wherein the receiving means is suitable for detecting the power of a received radio signal in a space-resolved manner and for outputting position signals corresponding to the detected space-resolved power of the received radio signal; and a processing unit, wherein the processing unit is configured to generate, from the position signals, correction signals suitable for controlling the correcting unit; a reverse channel transmitting means for transmitting reverse channel radio signals corresponding to the correction signals generated by the processing unit; wherein the directional radio antenna and the receiving means are aligned such that a radio connection is possible; and the reverse channel transmitting means and the reverse channel receiving means are aligned such that a transmission of return channel radio signals is possible. a transmitting station comprising: a directional radio antenna for transmitting radio signals, wherein the directional radio antenna is attached to a first stationary fixing means and is a phased array antenna; a correcting unit suitable for correcting the radiation characteristics of the directional radio antenna, wherein the correcting unit comprises phase shifters of the phased array antenna; a reverse channel receiving means for receiving reverse channel radio signals for controlling the correcting unit; a directional radio antenna for transmitting radio signals, wherein the directional radio antenna is attached to a first stationary fixing means and is a phased array antenna; a correcting unit suitable for correcting the radiation characteristics of the directional radio antenna, wherein the correcting unit comprises phase shifters of the phased array antenna; a reverse channel receiving means for receiving reverse channel radio signals for controlling the correcting unit; a receiving station comprising: a receiving means which is attached to a second stationary fixing means, wherein the receiving means is suitable for detecting the power of a received radio signal in a space-resolved manner and for outputting position signals corresponding to the detected space-resolved power of the received radio signal; and a processing unit, wherein the processing unit is configured to generate, from the position signals, correction signals suitable for controlling the correcting unit; a reverse channel transmitting means for transmitting reverse channel radio signals corresponding to the correction signals generated by the processing unit; wherein the directional radio antenna and the receiving means are aligned such that a radio connection is possible; and the reverse channel transmitting means and the reverse channel receiving means are aligned such that a transmission of return channel radio signals is possible. a receiving means which is attached to a second stationary fixing means, wherein the receiving means is suitable for detecting the power of a received radio signal in a space-resolved manner and for outputting position signals corresponding to the detected space-resolved power of the received radio signal; and a processing unit, wherein the processing unit is configured to generate, from the position signals, correction signals suitable for controlling the correcting unit; a reverse channel transmitting means for transmitting reverse channel radio signals corresponding to the correction signals generated by the processing unit;