Beyerdynamic Closed Supraaural Headphone

In a marked departure from traditional beyerdynamic headphone design, the striking aesthetics of the re-newed DT 1350 make it stand out from the crowd, delivering a professional, timeless quality that is both attractive and rugged. A combination of highly efficient ambient noise reduction and an impressive maximum sound pressure level (129 dB) make the DT 1350 an ideal compact over-ear headphone for audio engineers, broadcasters, musicians and DJs. Regardless of whether you are a sound engineer monitoring PA systems, a broadcast engineer monitoring recoreded sound, a live musician or a DJ, the DT 1350 delivers every time.

The Tesla drivers offer an enormous degree of efficiency with extremely low levels of distortion, allowing the DT 1350 to produce a perfectly balanced, analytical sound even at the highest volumes. The removable ear cushions, combined with a flexible split headband design ensure the headphones sit securely and remain comfortable even during prolonged periods of use. The swivelling ear cups (90 degree) also allow "single-ear" monitoring.

With its reduced shape, the DT 1350/DT 1350 CC is visually impressive and characterized by simplicity and elegance. The single-sided connecting cable is provided with a gold plated 3.5 mm stereo jack with 1/4" inch adapter, and is therefore suitable for use with almost all headphone amplifiers

• Supraaural, lightweight and sturdy design with metal bracket construction
• 80 ohm transducers with Tesla technology for highest efficiency
• Excellent ambient noise attenuation
• Flexible spreader bar
• 90 degree swivelling earcups
• Single-sided 1.5 m (4.92 ft.) straight cable
• Larger Soft-Skin earpads for better wearing comfort
• Newly developed softskin headband for increased comfort
• Carry bag, 6,35 mm (1/4") and in-flight adapter included

TECHNICAL SPECIFICATIONS

Transducer type: Dynamic
Operating principle: Closed
Frequency response: 5 - 30,000 Hz
Nominal impedance: 80 Ω
Sound pressure level: 109 dB
Max. SPL: 129 dB
T.H.D.: < 0.2%
Power handling capacity: 100 mW