How does a Stroh violin work?

A Stroh violin has four to five strings, which are played in the classic way with the bow. The bridge, however, sits on a movable metal arm, which transmits the vibrations of the strings directly to a diaphragm. The resulting sound is then amplified by the funnel directed towards the front (towards the audience).

How much is a Stroh violin worth?

Although a great number of Stroh violins were produced in the 20 years of its popularity, very few remain today. The buyers – usually working musicians – want these in working order. As such, your fascinating violin is worth about $2,000.

How the violin is built?

A violin starts its life as a wedge of wood – usually spruce or maple – which is then sawn in two. These two halves are then glued together in what is known as ‘butterflying’. This process is used for the back and top piece of the violin. The ribs start as straight pieces of wood, as displayed.

Where is the Stroh violin from?

London England
This instrument was patented (English Patent #9418) by John M.A. Stroh in London England on May 4, 1899 and manufactured by George Evans & Co. from 1909–1942.

What is a Stradivarius violin made of?

The woods used included spruce for the top, willow for the internal blocks and linings, and maple for the back, ribs, and neck. There has been conjecture that the wood used may have been treated with several types of minerals, both before and after construction of a violin.

Where are violins made today?

But today, the available supply of inexpensive quality instruments has never been more abundant. In areas of the world with a rich tradition of fine craftsmanship, from Eastern Europe to Eastern Asia, and even Mexico, violin making has become an international industry.

How did the violin get its shape?

The answer, according to a study published this week in PLOS One, is that the modern violin owes its shape to mimicry, genetics, and evolution — the same forces that guide the formation of biological shapes. The earliest violins appeared on the music scene in the 16th century in northern Italy.

What makes a violin a fiddle?

The answer is a surprising “no.” A violin and a fiddle are the same four-stringed instrument, generally played with a bow, strummed, or plucked. They are identical in their physical appearance. What distinguishes a violin from a fiddle is the style of music that is played on the instrument; it’s all in how you play it.

Who was the inventor of the Stroh violin?

The Stroh Violin is a curious acoustic instrument invented by electrical engineer John Matthias Augustus Stroh, who, of course, named it after himself. Stroh conceived of a violin constructed with a metal resonator and horn, producing a louder, brighter sound compared to a traditional wood violin. He patented his design in 1899.

How are the horns on a Stroh violin used?

The Stroh violin has two horns, one positioned at the end of the fingerboard to project the sound to an audience or recording horn, and a smaller monitoring horn that allowed the player to hear their own sound more clearly. The Stroh violin is much louder than a standard wooden violin, and its directional projection…

What kind of musical instrument is a Stroh?

The Stroh violin or Stroviol is a type of stringed musical instrument that is mechanically amplified by a metal resonator and horn attached to its body. The name Stroviol refers to a violin, but other instruments have been modified with the amplification device, including the viola, cello, double bass, ukulele, mandolin, and guitar.

Where did Willy Tiebel make the Stroh violin?

Willy Tiebel in Markneukirken Germany made Stroh violin copies in the 1920s. The Stroh violin is closely related to other horned violins using a mica sheet-resonating diaphragm, known as phonofiddles . In the present day, many types of horn-violin exist, especially in the Balkans.

How does a Stroh violin work? A Stroh violin has four to five strings, which are played in the classic way with the bow. The bridge, however, sits on a movable metal arm, which transmits the vibrations of the strings directly to a diaphragm. The resulting sound is then amplified by the funnel directed towards…