Please Note: selected shipping has no bearing on how long your order will take in the string workshop. Gamut strings are hand-made to order — shipping timelines are calculated from when your order leaves the workshop, not when the order was placed. We will send a sales receipt with tracking # when your order leaves the shop.

International Orders: are subject to customs/VAT ("landed cost") fees at the receiving end. Gamut Music has no control over carrier- or government-imposed taxes or fees. See our Shipping & Returns Policy and Authorized Worldwide Dealers for additional details.

Tail Gut

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(11/22 - 12/02) Black Friday Sale: Custom Gauged strings are available for 15% off if you contact us directly before placing your order. Requests for discounts after placing your order are not available.

Tailgut made of beef serosa used to attach the tailpiece onto the instruments of the violin family and some viols.

Tailgut is usually sold by a diameter thickness. Violins and violas use tailgut that is from 1.90mm to 2.20mm thick. Cellos use a gut around 3.00mm thick, and a violone / double bass should use a gut about 5.00mm thick.

The thickness that you choose depends on the qualities you are looking for. A thicker gut will be more stable and stretch less than a thinner gut, but it may not allow as much vibration in the tailpiece as the instrument needs to sound its best. One of the advantages to the use of real gut over synthetic gut is that the flexibility of the tailgut can be changed simply by changing the diameter of the gut and this can have a radical effect on the tone and response of the instrument.

Natural strings are hand-rubbed with a light oil. Varnished strings have three coats of finish before being hand polished with the oil. There is an additional charge for varnished strings. The string comes with plain, unknotted ends.

For a description of how to use tailgut and attach it to a tailpiece, please see our tying tailgut article.

Use our String Calculators to find the correct strings for your instrument. You can find Specific String Tensions here.