Vi använder cookies för att göra din upplevelse bättre. För att följa det nya direktivet om e-integritet, behöver vi be om ditt medgivande att sätta cookies. Läs mer.
Beyerdynamic DT 1770 Pro
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.
As the first professional headphones with Tesla 2.0 technology, it has already made its mark in the company's history. 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.
Due to its closed design with a high ambient noise attenuation and an enormous maximum sound pressure level, the DT 1770 PRO is ideal for musicians, sound engineers and producers for professional studio or monitoring applications.
The efficient Tesla 2.0 drivers ensure a perfect sound with an excellent resolution, spaciousness and high output level. Perfect for mixing and mastering in the studio. Their extremely high level of efficiency is useful for users in loud environments such as sound engineers when listening to PA systems or musicians.
- Closed studio and monitoring headphones
- 250 Ohms, 45 mm dynamic Tesla neodymium driver
- Rugged headband made of spring steel
- Single-sided, detachable cable
- Soft, replaceable ear pads (velours and leatherette, in the box) and headband
Vad finns i lådan?
- Beyerdynamic DT 1770 Pro Dynamic premium studio headphones, 250 Ω
- Two Ear Cushion Sets
- Coiled cable 5m
- Straight cable 3m
- Jack adapter 6.3mm
- Hardcase Pro
|Frekvens||5 - 40 000 Hz|
|Maximal Ingångs||200 mW|