beyerdynamic DT 1770 PRO

De keuze aan goede gesloten hoofdtelefoons is relatief beperkt. De beyerdynamic DT 1770 PRO hoort daar zeker bij. Dit is de eerste professionele hoofdtelefoon waarvoor beyerdynamic gebruik maakte van de Tesla 2.0 neodymium driver en hij klinkt wat ons betreft verrassend goed. Dynamisch, met een stevig laag en een ver doorlopend hoog, maar zonder de scherpte die beyer vroeger kenmerkte. Gereedschap voor geluidstechnici en andere studiogebruikers, maar ook een belangrijk alternatief voor luisteraars die voor thuis of onderweg een gesloten hoofdtelefoon zoeken. Zoals een professionele hoofdtelefoon betaamt is de DT 1770 PRO comfortabel en bestand tegen intensief gebruik.



Op voorraad


Closed studio reference headphones for mixing, mastering, monitoring and recording

For decades now, professional users all around the world have been putting their trust in the DT 770 PRO studio reference headphones. They are the number one choice for music producers, sound technicians and broadcast users and are a firmly established piece of equipment in studios worldwide.

A legendary basis, pioneering technological work and nothing less than the determination to achieve the perfect sound have led to a new milestone being set: the DT 1770 PRO – the evolution of a studio legend.

The DT 1770 PRO has won over sound engineers and studio users with its impressive sound quality and workmanship. Brilliant highs and a warm bass give you a perfect sound profile unmatched by any other headphones of their kind.



  • Closed studio and monitoring headphones
  • 250 Ohms, 45 mm dynamic Tesla neodymium driver
  • Rugged headband made of spring steel
  • Single-sided, detachable cable
    with mini-XLR (coiled and straight, in the box)
  • Soft, replaceable ear pads (velours and leatherette, in the box) and headband
  • Premium carrying casetechnical data

    Transmission type



    Headphone design (operating principle) Closed
    Headphone impedance

    Also known as nominal impedance. The impedance is the AC resistance of the coils of loudspeakers and headphones in ohms. Since impedance depends on the frequency, it is always specified at a frequency of one kilohertz.

    250 ohms
    Headphone frequency response

    The frequency response specifies the highest and lowest frequencies reproduced by the acoustic transducer of the headphones.

    Nominal sound pressure level

    The acoustical level, the headphone transducer produces to an artificial ear (a measurement device, which simulates a human ear) with an input power of 1 mW (dB/mW @ 500 Hz).

    102 dBSPL (1mW/500Hz)
    Remote Without Remote

    Sound coupling to the ear. A differentiation is made between supraaural headphones, circumaural headphones and in-ear headphones.

    Circumaural (around the ear)
    Cable & plug 3-pin XLR plug & 6.35 mm (1/4″) stereo jack plug