Dan Clark AudioExpanse Planar Open-Back Headphones

Name: Dan Clark Audio Expanse Planar Open-Back Headphones
SKU: 339420

Uses 76mm x51mm single-ended planar magnetic drivers.Designed and built by hand in San Diego.

TheEXPANSE is Dan Clark's flagship open-back headphone that sets a new standard inopen-back headphone musicality, soundstage, detail retrieval, and comfort.

Featuring Dan Clark Audios all-new 4th generation planar-magnetic driver andits breakthrough Acoustic Metamaterial Tuning System,EXPANSEdelivers a stunningly smooth presentation to bring new depth and breadth to all your favorite music.

Acoustic Metamaterial Tuning System (AMTS)

Headphones are subject to standing waves in the higher frequencies, which can make vocals as well as instrumentssuch as stringsand cymbals sound unrealistic and fatiguing.

AMTS is Dan Clark Audios patent-pending inline device located between the transducer and ear. AMTS integrates waveguides, diffusion control, quarter-wave, and Helmholtz resonators into one compact structure to eliminate standing waves, dramatically improving system performance.

The resultant smoothness and clarity in the high frequencies delivers a sense of detail that'sbest described as effortless." From a delicately plucked string to the most intense dynamics of an orchestra, or the weight and attack of a kick drum to the overtones a decay of a crash cymbal, EXPANSE delivers an amazing balance of delicacy, nuance, and punch that will have you reaching for all your favorite recordings, and maybe staying up a bit too late.

The Build

An all-new auto-adjusting suspended strap design makes EXPANSE hassle-free to wear, and spreadsweight evenly across the head for comfortable extended listening. Strapquilting improves comfort and reduces heat buildup, whilecomposite synthetic suede and protein-leather pads offer a snug fit with minimal clamping force.Folding gimbals allow EXPANSE to be packed in a compact case for safe and easy transport
The uncompromising industrial design uses aluminum and titanium to maximize strength while minimizing weight.