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Phonoman

Nomad

Nomad

Regular price €340,00 EUR
Regular price Sale price €340,00 EUR
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  • Anti-Marketing

    • This is Nomad, our first headphone model, manually crafted with an all metal construction and with real leather earpads.
    • This is not a mass-produced, "perfect" corporate product. From a purely aesthetic and mechanical standpoint, it carries the character of something handmade rather than factory-finished.
    • Our goal was to put every cent of your investment into the headphone components. As for the sound... I will let your ears be the judge, but I will say this: I am proud to release this into the world.
  • Specifications

    • Product Type: Open-back headphone
    • Model: Nomad
    • Driver Type: Dynamic - Al/Mg diaphragm
    • Diameter: 52mm
    • Useful Freq Resp: 35 Hz – 13 kHz
    • Impedance: 64 Ω
    • Sensitivity: 100 dB/mW
    • Weight: Approximately 380 g
    • Included Accessories:
    • Carrying case
    • 1.2m 3.5mm jack cable

Driver technology

CNC precision machining for the external frame and powerful Tesla magnetic circuit design provide dynamic sound performance across the frequency range.

The large black CCAW with an 18-core paper tube coil and PU+aluminium-magnesium alloy diaphragm design delivers clear,detailed and natural sound.

Suspended lead design reduce vibration loss, enhancing clarity and accuracy, while minimizing resonance and distortion for a purer audio experience

  • What is important for us?


    At Phonoman we prioritize time‑domain fidelity above all: transients accuracy is the single most important factor in reproducing lifelike sound. Our design philosophy centers on minimizing smear and ringing, so each attack, consonant and percussive detail arrives with natural speed, clarity and spatial definition.

  • Why impulse response matters?


    Impulse response (rise time, decay and ringing) determines how faithfully a driver renders fast events and spatial cues. Excellent frequency response means little if transients are smeared; precise impulse behavior yields realistic dynamics, instrument separation and intelligibility.

  • Why Al‑Mg membrane?


    Al‑Mg offers an ideal stiffness‑to‑mass balance: low moving mass for rapid acceleration, high stiffness to push breakup modes out of the listening band, and predictable material damping for controlled decay. This combination preserves attack and detail while suppressing audible resonances.