A system for wind noise suppression comprising: - a first primary microphone configured to generate a first primary electric signal indicative of a first primary audio signal, - a second primary microphone configured to generate a second primary electric signal indicative of a second primary audio signal, a secondary detector configured to generate a first secondary electric signal indicative of a secondary audio signal; the system further comprising a signal processor configured to receive the first primary electric signal, the second primary electric signal, and the first secondary electric signal from the secondary detector, wherein the signal processor comprises: a wind strength module configured to determine a wind strength, based on the first primary electric signal and the second primary electric signal; a wind noise module configured to determine a noise estimate, based on the wind strength; and a noise reduction module configured to process the first secondary electric signal to generate a noise-suppressed secondary signal, based on the determined noise estimate, wherein the signal processor is characterised by comprising a mixing module configured to control mixing of the first and/or second primary audio signals and the noise-suppressed secondary signal based on the derived wind strength. - a first primary microphone configured to generate a first primary electric signal indicative of a first primary audio signal, - a second primary microphone configured to generate a second primary electric signal indicative of a second primary audio signal, a secondary detector configured to generate a first secondary electric signal indicative of a secondary audio signal; the system further comprising a signal processor configured to receive the first primary electric signal, the second primary electric signal, and the first secondary electric signal from the secondary detector, wherein the signal processor comprises: a wind strength module configured to determine a wind strength, based on the first primary electric signal and the second primary electric signal; a wind noise module configured to determine a noise estimate, based on the wind strength; and a noise reduction module configured to process the first secondary electric signal to generate a noise-suppressed secondary signal, based on the determined noise estimate, wherein the signal processor is characterised by comprising a mixing module configured to control mixing of the first and/or second primary audio signals and the noise-suppressed secondary signal based on the derived wind strength. a wind strength module configured to determine a wind strength, based on the first primary electric signal and the second primary electric signal; a wind noise module configured to determine a noise estimate, based on the wind strength; and a noise reduction module configured to process the first secondary electric signal to generate a noise-suppressed secondary signal, based on the determined noise estimate, wherein the signal processor is characterised by comprising a mixing module configured to control mixing of the first and/or second primary audio signals and the noise-suppressed secondary signal based on the derived wind strength.