An apparatus for capturing sound from a target location positioned in a recording environment, comprising: a first beamformer (110; 210; 410) being arranged in the recording environment for directionally selective acquisition of spatial sound and having a directivity with a first lobe characterized by a first major axis, a second beamformer (120; 220; 420) being arranged in the recording environment for directionally selective acquisition of spatial sound and having a directivity with a second lobe characterized by a second major axis, and a signal generator (130; 230), wherein the first beamformer (110; 210; 410) is configured for generating a first beamformer audio signal and is positioned such that the first lobe is directed towards the target location, and wherein the second beamformer (120; 220; 420) is configured for generating a second beamformer audio signal and is positioned such that the second lobe is directed towards the target location, and wherein the first beamformer (110; 210; 410) and the second beamformer (120; 220; 420) are arranged such that the first major axis and the second major axis are not parallel with respect to each other and intersect in the target location, wherein the signal generator (130; 230) is configured to generate an audio output signal based on the first beamformer audio signal and on the second beamformer audio signal, wherein the audio output signal comprises a common part between the first and the second beamformer audio signals, characterized in that the signal generator (130; 230) comprises an intersection calculator for generating the audio output signal in the spectral domain based on the first and second beamformer audio signal, and wherein the intersection calculator is configured to compute the audio output signal in the spectral domain by calculating a cross-spectral density of the first and the second beamformer audio signal, and by calculating a power spectral density of the first or the second beamformer audio signal. a first beamformer (110; 210; 410) being arranged in the recording environment for directionally selective acquisition of spatial sound and having a directivity with a first lobe characterized by a first major axis, a second beamformer (120; 220; 420) being arranged in the recording environment for directionally selective acquisition of spatial sound and having a directivity with a second lobe characterized by a second major axis, and a signal generator (130; 230), wherein the first beamformer (110; 210; 410) is configured for generating a first beamformer audio signal and is positioned such that the first lobe is directed towards the target location, and wherein the second beamformer (120; 220; 420) is configured for generating a second beamformer audio signal and is positioned such that the second lobe is directed towards the target location, and wherein the first beamformer (110; 210; 410) and the second beamformer (120; 220; 420) are arranged such that the first major axis and the second major axis are not parallel with respect to each other and intersect in the target location, wherein the signal generator (130; 230) is configured to generate an audio output signal based on the first beamformer audio signal and on the second beamformer audio signal, wherein the audio output signal comprises a common part between the first and the second beamformer audio signals, characterized in that the signal generator (130; 230) comprises an intersection calculator for generating the audio output signal in the spectral domain based on the first and second beamformer audio signal, and wherein the intersection calculator is configured to compute the audio output signal in the spectral domain by calculating a cross-spectral density of the first and the second beamformer audio signal, and by calculating a power spectral density of the first or the second beamformer audio signal. <EOS>