Drummers hear different kettle drum tone than distant audiences do
Evidence
The reader is perhaps wondering about the testimonials and measurements made that indicate no difference between plugged and unplugged vents. This brings us to the reason for making a point of all this: The player and the microphone are/were probably too close to hear any difference! At under 1 meter away, they are in the near field of the source of the 5-meter-long wave. As we mentioned in connection with figure 7.35, the sound is much louder under a wavelength away from a short-circuiting surface-bending mode below the critical frequency, or near a tuning fork quadrupole source, as is easy to hear by bringing it up to your ear. The undesirable (0,1) component might short-circuit at a greater distance, making the overall tone more pleasing. In other words, an audience some distance away should hear a different mix of the partials than the percussionist does. — Eric J. Heller, Why You Hear What You Hear- An…, 1417
Categorization
Category: Contrarian or Surprising Claims
- QUESTION: This reframes perceptual questions about drum design: how many other instrument-design puzzles were resolved by ‘listener too close’ effects rather than actual acoustic behavior?
- CANDY: The audience hears a prettier kettle-drum tone than the performer does — a tidy, surprising fact for general conversation about music.
- SEED: Angle: ‘Why the player never hears what the audience hears’ — near-field vs far-field perception as a broader article on acoustics and performance.
Related
- Kettle drum timbre shifts measurably with listener distance (similarity 0.88)
- Experienced players hear no difference from kettle drum vent holes (similarity 0.87)
- Near-field versus far-field acoustics change which partials a listener hears (similarity 0.85)