Beyerdynamic DT 770 PRO 250 OHMS Over-Ear Headphones Enclosed Design Use Ideal For Studio Mixing (Made in Germany) – Gray

Professional Studio Monitoring with Precision Sound

The Beyerdynamic DT 770 PRO 250 Ohms over-ear headphones are engineered for accurate sound reproduction in professional environments. With an enclosed design and high impedance, these headphones deliver detailed audio with deep bass, clear mids, and extended highs, making them ideal for studio mixing, tracking, and critical listening. The closed-back construction provides excellent isolation, helping you focus on the audio without distraction from external noise.

Comfort and Durability for Extended Sessions

Optimized for High-Impedance Performance

Designed for long sessions in the studio, the DT 770 PRO features plush, replaceable ear pads and a padded headband that ensure comfort during extended use. The robust build quality and rugged materials typical of Beyerdynamic products offer reliability and longevity, even under frequent professional use. The gray finish combines a professional aesthetic with functional design.

With a 250 ohm impedance rating, these headphones are optimized for use with high-quality audio interfaces, headphone amplifiers, and professional mixing consoles. This impedance level helps deliver refined dynamics and clarity, allowing producers and engineers to make precise mix decisions. The DT 770 PRO 250 Ohms is a trusted choice for audio professionals who require consistent, high-fidelity monitoring in studio environments.

Key Specifications

Model: Beyerdynamic DT 770 PRO

Impedance: 250 Ohms

Design: Over-ear, closed-back

Use Case: Studio mixing and professional monitoring

Color: Gray

Comfort: Plush ear pads and padded headband

Isolation: Excellent passive noise isolation

• Model: Beyerdynamic DT 770 PRO
• Impedance: 250 Ohms
• Design: Over-ear, closed-back
• Use Case: Studio mixing and professional monitoring
• Color: Gray
• Comfort: Plush ear pads and padded headband
• Isolation: Excellent passive noise isolation