Beyerdynamic DT 275 PRO Closed-Back Studio Headphones - 80 Ohm

The Beyerdynamic DT 275 PRO is a closed-back dynamic headphone engineered for professional monitoring in broadcast, studio, and live sound environments. Its circumaural design delivers exceptional ambient noise attenuation of approximately 16 dBA, allowing you to focus on the finest details of your mix without distraction. With a frequency response of 10 Hz to 30 kHz, these headphones reveal the full spectrum of your audio with remarkable accuracy.

Advantages

The DT 275 PRO combines robust construction with premium comfort. The padded, adjustable headband and soft velour ear pads ensure a secure yet gentle fit during long sessions. The detachable coiled cable stretches up to 3 meters, providing freedom of movement without tangling. A 3.5 mm stereo jack with a 6.35 mm adapter ensures compatibility with a wide range of professional equipment. Low distortion (<0.2% THD) and high power handling (100 mW) guarantee clean, reliable performance even at high volumes.

Suitable for

• Studio monitoring and mixing
• Broadcast and podcast production
• Live sound and stage monitoring
• Critical listening and audio analysis

Key specifications

• Transducer principle: Dynamic
• Operating principle: Closed-back
• Frequency response: 10 - 30,000 Hz
• Nominal impedance: 80 Ω
• Nominal SPL: 100 dB SPL (1 mW / 500 Hz)
• Nominal THD: < 0.2% (1 mW / 500 Hz)
• Power handling capacity: 100 mW
• Sound coupling: Circumaural
• Ambient noise attenuation: approx. 16 dBA
• Cable: Detachable, coiled, 3 m stretched
• Connector: 3.5 mm stereo jack with 6.35 mm adapter
• Ear pad material: Velour
• Headband: Padded, adjustable
• Colour: Black
• Connectivity: Wired

Recommendations

For audio professionals who demand isolation and precision, the DT 275 PRO is an excellent choice. Its closed-back design minimizes bleed and external noise, making it ideal for tracking and critical monitoring. Pair it with a dedicated headphone amplifier to fully exploit its 80 Ω impedance and achieve optimal sound quality.