The Monsoon Tuning Crisis

Tension and moisture affect different things. Tightening the lacing raises the tension on both heads, but it does not remove moisture from the paste or the skin. The right head went sharp and choked because its tension was increased beyond its working range: pitch rose, but the head stopped vibrating freely, so the tone became short and hard. The left head stayed dull because its problem was not primarily tension-it was a damp, heavy paste and a skin that had absorbed moisture. Adding tension to a damp head raises its pitch slightly but does not restore sustain.

The rattle got worse because uneven tightening changes the load around the rim. A strap that was already a little loose now sits at a different angle, and the paste edge or a strap end can buzz at medium amplitude. Tightening also couples the two heads more stiffly through the shell, so a vibration that was previously absorbed now reaches the loose element.

The general principle: lacing sets pitch and coupling; the paste and skin condition set sustain and timbre. The student treated a timbre problem as a pitch problem, and then overcorrected the pitch on the one head that did not need it. In humid conditions, the first move should be acclimatisation and moisture control, not a wrench.

Next 36 hours

1. Take the drum out of its case in a dry, ventilated room and let it acclimatise for 24 hours. Do not use direct heat or sunlight; rapid drying can crack a head or lift the paste.
2. Wipe both heads with a dry cloth. Warm the left paste briefly with the palm-not a flame or hairdryer-to drive off surface moisture, then let it settle.
3. Release the over-tightened straps by half a turn to return the right head to its working range. Tap and listen after each half-turn; do not adjust all straps at once.
4. Tune the left head for sustain first: quarter-turn adjustments on opposite straps, testing the open 'ge' each time. Then tune the right head for pitch and crispness, checking that 'na' is clear.
5. Locate the rattle: press a finger on the paste edge, then on each strap end, then on the rim. Fix the specific loose element rather than tightening the whole drum.
6. Store the drum in its case with a moisture absorber, away from the window.

Exam day Arrive at least 45 minutes early and tune in the exam hall, not in the practice room. Humidity and temperature in the hall will change the drum again. Do a final quarter-turn check, play the theka once at performance tempo, and stop adjusting. If the left head is still slightly dull, accept a stable, slightly dull sound over a sharp, unstable one-the examiner hears consistency and control before perfection of timbre.

Isolate one variable at a time. First, play the same 'na' at three dynamic levels-soft, medium, loud. A rattle that appears only at medium and loud is amplitude-related and usually mechanical; one that appears at every level is more likely a loose part in permanent contact.

Second, damp the drum with the palm and tap the rim and shell. If the buzz appears without the head vibrating, it is a strap, peg, or case fitting. If it disappears when you press a fingertip on the paste edge, it is the paste edge.

Third, have another player produce the same stroke. If the rattle persists, it is the drum; if it vanishes, the student's contact point or follow-through is exciting the buzz.

Fourth, move to a different room and repeat. A room resonance usually appears as a ringing at one pitch, not as a dry buzz on one stroke; if the sound changes with the room, treat it as acoustics and adjust stage position rather than the drum.

Record the result in one sentence: 'buzz follows the drum at medium amplitude, disappears when paste edge is pressed.' That tells you exactly what to fix and prevents random tightening.