Optimized for recording, monitoring and mixing with equal precision, the beyerdynamic DT 700 PRO X closed-back studio headphones combine a balanced sound signature, the STELLAR.45 driver and reliable isolation for consistent performance across environments. With a wide 5Hz–40kHz frequency response and 48 ohm impedance, they deliver detailed, controlled sound whether connected to a professional interface, laptop or mobile device. Designed for modern workflows, these headphones bring together flexibility, durability and accurate monitoring in a single, adaptable tool for creators working across studio and mobile setups.
STELLAR.45 Driver With Controlled, Detailed Response
At the core of the DT 700 PRO X headphones is the STELLAR.45 driver, engineered for high-resolution sound with low distortion. This design produces tight, controlled low end, clear mids and smooth, extended highs, creating a balanced response suited for both tracking and critical listening. The result is a dependable reference that helps ensure your audio translates consistently across different playback systems.
48 Ohm Design for Flexible Device Compatibility
With a 48 ohm impedance, the DT 700 PRO X headphones are designed to perform across a wide range of devices—from professional audio interfaces to laptops, tablets and smartphones. This allows you to move between studio sessions and mobile workflows without needing additional amplification. A detachable mini-XLR cable system adds flexibility, making it easy to swap cables to match different setups and working environments.
Durable Construction With Long-Session Comfort
Designed for daily use, the DT 700 PRO X headphones feature a spring steel headband and durable construction that maintain a consistent fit over time. Soft velour ear pads and a memory foam headband provide lasting comfort and effective passive isolation, supporting extended sessions without distraction. Handmade in Germany with replaceable components, DT 700 PRO X headphones are built for long-term reliability in both studio and mobile environments.