A method for enhancing a signal directionality in a hearing instrument, the method comprising the steps of: - generating a first input signal (Y 1) by means of a first input transducer of the hearing instrument and a second input signal (Y 2) by means of a second input transducer of the hearing instrument, the second input transducer being spaced apart from the first input transducer, - providing a first target angle (α 1) and a second target angle (α 2), - deriving a first directional signal (C 1) from the first input signal (Y 1) and the second input signal (Y 2) by applying a second-to-first relative transfer function (H 2→1) with respect to the first target angle (α 1) to the second input signal (Y 2), wherein the second-to-first relative transfer function (H 2→1) is taken as the relative transfer function from the second input transducer to the first input transducer with respect to the first target angle (α 1), - deriving a second directional signal (C 2) from the second input signal (Y 2) and the first input signal (Y 1) by applying a first-to-second relative transfer function (H 1→2) with respect to the second target angle (α 2) to the first input signal (Y 1), wherein the first-to-second relative transfer function (H 1→2) is taken as the relative transfer function from the first input transducer to the second input transducer with respect to the second target angle (α 2), and - deriving an angle-enhanced signal from the first directional signal (C 1) and the second directional signal (C 2), wherein the angle-enhanced signal is derived by means of a sum of the first directional signal (C 1)and the product of the second directional signal (C 2) and a weighting factor (λ). - generating a first input signal (Y 1) by means of a first input transducer of the hearing instrument and a second input signal (Y 2) by means of a second input transducer of the hearing instrument, the second input transducer being spaced apart from the first input transducer, - providing a first target angle (α 1) and a second target angle (α 2), - deriving a first directional signal (C 1) from the first input signal (Y 1) and the second input signal (Y 2) by applying a second-to-first relative transfer function (H 2→1) with respect to the first target angle (α 1) to the second input signal (Y 2), wherein the second-to-first relative transfer function (H 2→1) is taken as the relative transfer function from the second input transducer to the first input transducer with respect to the first target angle (α 1), - deriving a second directional signal (C 2) from the second input signal (Y 2) and the first input signal (Y 1) by applying a first-to-second relative transfer function (H 1→2) with respect to the second target angle (α 2) to the first input signal (Y 1), wherein the first-to-second relative transfer function (H 1→2) is taken as the relative transfer function from the first input transducer to the second input transducer with respect to the second target angle (α 2), and - deriving an angle-enhanced signal from the first directional signal (C 1) and the second directional signal (C 2), wherein the angle-enhanced signal is derived by means of a sum of the first directional signal (C 1)and the product of the second directional signal (C 2) and a weighting factor (λ).