Violin With Sound Post Through The Roof

This is true for all instruments from the smallest violin to the largest bass.

Violin with sound post through the roof. The sound post is fit to both the back and top plates and is precisely placed in a position relative to the bridge and the bass bar. The post is made of a dowel of spruce usually about 5 5 6mm in diameter for a full size violin. 1 fold the end of the wire as shown in the picture below. Structurally it supports the top plate acting like a pillar under the bridge.

This little mate sound post setter fits easily in a violin case compartment and is readily available for any adjustment work. It has both structural and tonal importance. And make the second loop as shown in the picture below. The post must be small enough to fit through the f hole at the notches which is usually the widest point.

The correct sound post position on your violin viola cello and doublebass is important to get the best sound out of your instrument. Specialized tools for standing up or moving a sound post are commercially available. It works great even with smaller size violins and up to a 16 inch viola. Tune your violin with our free violin tuning directions and sound files.

The presence of the soundpost has an effect on the stiffness at the bass foot position. The post mate is inexpensive versatile and easy to use even by less experienced violin owners. The violin is tuned to the following notated pitches click on the notes to hear the pitch. G d a e.

3 cut the excess wire at the end and make the first loop. Often the pointed end of an s shaped setter is. The sound post plays an important role transferring the vibrations from the top plate to the back plate. Because the top plates and back plates are curved the sound post will fit properly with all points touching in only a small area.

The sound post mate sound post inserter setter remover. The sound post is a small dowel of spruce that is held by friction between the top and back plates of a violin viola cello or string bass situated under the treble side of the bridge. All the preceding values were measured on a particular instrument called violin no 2 in the thesis. The four strings on the violin are tuned in perfect fifths to the following notes.

An a tuning fork digital tuner pitch pipe or a piano may be used to assist with tuning. This violin has a top plate about 2 9 mm thick in the region of the bridge with a normal arch shape 15 mm high. The position of the sound post inside a violin is critical and moving it by very small amounts as little as 0 5mm or 0 25mm or less can make a big difference in the sound quality and loudness of an instrument.