Uploaded June 2026 | Updated September 2026, 2 weeks ago
Why your de-esser flattens the whole vocal, and how to kill sibilance without losing the dynamics.
If your vocal suddenly goes dull and lifeless the moment the de-esser kicks in, you're almost certainly de-essing the wrong frequency range. Most de-esser defaults sit around 5kHz on a shelf, but sibilance usually lives higher than that. So the de-esser ends up clamping down on the entire top end of the vocal instead of just the harsh sss.
Find the real sibilance range first. Sweep until the sss clearly jumps out. It's usually somewhere between 7 and 9kHz. Then switch the de-esser to band mode so it only works that narrow spot rather than the whole top end.
Pull the threshold down carefully. Too much and you give the singer a lisp. Done right, the sibilance disappears and the vocal stays bright and dynamic.
What range does your sibilance usually sit at? Drop it in the comments.
#mixing #deesser #vocalmixing #mixingtips #musicproduction
Why your de-esser flattens the whole vocal, and how to kill sibilance without losing the dynamics.
If your vocal suddenly goes dull and lifeless the moment the de-esser kicks in, you're almost certainly de-essing the wrong frequency range. Most de-esser defaults sit around 5kHz on a shelf, but sibilance usually lives higher than that. So the de-esser ends up clamping down on the entire top end of the vocal instead of just the harsh sss.
Find the real sibilance range first. Sweep until the sss clearly jumps out. It's usually somewhere between 7 and 9kHz. Then switch the de-esser to band mode so it only works that narrow spot rather than the whole top end.
Pull the threshold down carefully. Too much and you give the singer a lisp. Done right, the sibilance disappears and the vocal stays bright and dynamic.
What range does your sibilance usually sit at? Drop it in the comments.
#mixing #deesser #vocalmixing #mixingtips #musicproduction
