Trasteo y acción

General action too low

Overly low overall action describes general action too low. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

General action too high

Overly high overall action describes general action too high. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Uneven action between strings

Unequal action between strings describes unequal action between strings. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Dryness contraction

Dry contraction describes dry contraction. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Flemish action too low for technique

Flamenco action too low for the technique describes flamenco action too low for the technique. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Insufficient classical action for strong attack

Insufficient classical action for strong attack describes insufficient classical action for strong attack. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Low tension causes widespread fret buzz

Low voltage causes generalised fret buzz describes low voltage cause generalised fret buzz. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Flamenco action produces uncontrolled fret buzz

Flemish action produces uncontrolled fret buzz describes Flemish action produces uncontrolled fret buzz. It can affect fret buzz and action and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.