TACKLE Instruments 24" BACKPACK LEATHER CYMBAL CASE - BROWN
Estimated Shipping Widget will be displayed here!
Couldn't load pickup availability
Information
Information
Manufacturer Information
TACKLE Instruments
https://www.tackleinstrument.com
info@tackleinstrument.com
------------------------
Safety manager:
VBV International
Email: info@vbvinternational.com
Address:
Historical Context and Positioning in the Range
Designed as a high-end transport solution, this leather backpack emphasizes durability and protection while remaining practical for everyday use thanks to its dedicated external pocket.
Who This {instrument} Is For
It is aimed at drummers of all levels who regularly transport their cymbals and are looking for a sturdy and refined alternative to a classic bag, whether in the studio, rehearsal room, or on stage.
Features and Innovations
The canvas sleeves allow cymbals to be separated to limit friction during transport. The brass closure elements are chosen for their resistance to intensive use.
Sound
This bag does not influence the sound of your cymbals, but it helps preserve their integrity (edges, surface, finishes) to maintain their response, brightness, and sustain over time.
Technical specifications
| Use | Cymbal | Diameter | 24 " |
| Color | Brown | ||
| External pocket dimensions | 20 cm x 25 cm | ||
Questions frequently asked
Which cymbals fit in this 24-inch bag?
This model is designed to carry cymbals with a diameter of 24 inches.
Does the TACKLE Instruments 24" bag have dividers for cymbals?
Canvas sleeves are integrated to separate the cymbals. This design limits friction between surfaces during transport.
What are the dimensions of the outer pocket?
The outer pocket measures 20 cm x 25 cm.
Are the closures on the cymbal bag durable?
The closure components are made of brass. This material is chosen for its durability under heavy use.
Does a leather bag protect cymbals during transport?
The leather construction helps protect the edges, surfaces, and finishes of the cymbals. The canvas sleeves reduce direct contact between them. Preserving their integrity helps maintain their response, brightness, and sustain.
