🚚 Free Worldwide Shipping on All Orders!Shop Now
HomeStore

Nostalgia Audio Durandal

Product image 1
Product image 2
Product image 3

Nostalgia Audio Durandal

The Durandal features an innovative triple-driver configuration, combining Sonion's dual-membrane bone conduction drivers, a custom dynamic driver, and four balanced armature drivers. These are finely tuned through a meticulously crafted 4-way crossover, allowing each driver to perform at its best.

This advanced configuration enhances Durandal's ability to deliver powerful, deep bass alongside exceptional mid-to-high frequency resolution and detail. The mid-range, especially vocals, is presented with a natural richness and full-bodied warmth, making it ideal for those seeking lifelike vocal reproduction. Additionally, the bass is robust and impactful, while the high frequencies remain crisp and clear.

Durandal’s cutting-edge driver arrangement and crossover design result in a well-rounded, coherent sonic signature that offers an immersive listening experience across the entire frequency spectrum.

$2,479.78
Nostalgia Audio Durandal
$2,479.78

Product Information

Shipping & Returns

Description

The Durandal features an innovative triple-driver configuration, combining Sonion's dual-membrane bone conduction drivers, a custom dynamic driver, and four balanced armature drivers. These are finely tuned through a meticulously crafted 4-way crossover, allowing each driver to perform at its best.

This advanced configuration enhances Durandal's ability to deliver powerful, deep bass alongside exceptional mid-to-high frequency resolution and detail. The mid-range, especially vocals, is presented with a natural richness and full-bodied warmth, making it ideal for those seeking lifelike vocal reproduction. Additionally, the bass is robust and impactful, while the high frequencies remain crisp and clear.

Durandal’s cutting-edge driver arrangement and crossover design result in a well-rounded, coherent sonic signature that offers an immersive listening experience across the entire frequency spectrum.