Puente y selletas

Saddle too low

too low saddle describes saddle too low. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Saddle too high

too high saddle describes saddle too high. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Worn or notched saddle

worn or grooved saddle describes worn or grooved saddle. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Unstable saddle

unstable saddle describes unstable saddle. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge loose

loose bridge describes loose bridge. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge offset

Moved bridge describes displaced bridge. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge posts or bridge inserts with clearance

Bridge posts or inserts with play describes bridge posts or inserts with play. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge bridge hardware damaged

Damaged bridge screws describe damaged bridge screws. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Sharp edge on saddle or bridge

Shredding in saddle or bridge describes shearing in saddle or bridge. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Saddle height screw stuck

Clamped Saddle height screw describes gripped Saddle height screw. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Case with incorrect pressure on bridge or headstock

Case with incorrect pressure on bridge or shovel describes case with incorrect pressure on bridge or shovel. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Floyd Rose bridge out of balance

Floyd Rose Bridge unbalanced describes floyd rose bridge unbalanced. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Damaged Floyd Rose saddles

Damaged Saddle Floyd Rose blocks describe damaged Saddle Floyd rose blocks. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Stratocaster bridge incorrectly angled

Stratocaster bridge tilted incorrectly describes stratocaster bridge tilted incorrectly. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Two-point tremolo bridge with unstable inserts

Two-point bridge with unstable inserts describes two-point bridge with unstable inserts. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Cordal stopbar with angled posts

Cordal stopbar with tilted posts describes stopbar cord with tilted posts. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge Tune-O-Matic arch collapse

Tune-O-Matic bridge arch collapse describes the collapse of a tunnel-o-matic bridge arch. It can affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, system and actual state of the instrument.

Bridge pickup too far from geometry

Bridge pickup too far by geometry describes bridge pickup too far by geometry. It may affect the bridge and saddles and its reach is determined by comparing the symptom with the geometry, the system, and the actual condition of the instrument.

Piezo in electric bridge with unbalanced balance

Piezo in electric bridge with unequal balance describes piezo in electric bridge with unequal balance. It may affect bridge and saddles and its range is determined by comparing the symptom with the geometry, the system and the actual condition of the instrument.

Bigsby bridge with shaft or hard bearings

Bigsby bridge with shaft or hard bearings describes Bigsby bridge with shaft or hard bearings. It may affect bridge and saddles and its reach is determined by comparing the symptom with the geometry, system, and actual condition of the instrument.

Bridge rocking down after using vibrato

Rocking bridge off-center after using vibrato describes a rocking bridge off-center after using vibrato. It may affect the bridge and saddles and its scope is determined by comparing the symptom with the geometry, system, and actual condition of the instrument.

Saddles springs generating resonance

Saddle springs generating resonance describe saddle springs generating resonance. It may affect bridge and saddles and its scope is determined by comparing the symptom with the geometry, the system, and the actual condition of the instrument.

Mustang Bridge with incompatible radius

Mustang bridge with incompatible radius describes Mustang bridge with incompatible radius. It may affect the bridge and saddles and its range is determined by comparing the symptom with the geometry, the system and the actual condition of the instrument.

Bridge insert coming loose from the body

Bridge insert coming loose from the body describes bridge insert coming loose from the body. It may affect the bridge and saddles, and its extent is determined by comparing the symptom with the geometry, system, and actual condition of the instrument.