The ATH-M70x is the latest gem in the well - regarded M - Series. These professional studio monitor headphones come with special 45 mm large - aperture drivers. They're precisely tuned to reproduce super low and high frequencies (5 to 40,000 Hz) while keeping a perfect balance. Ideal for studio mixing, tracking, FOH, DJing, mastering, post - production, audio forensics, and personal listening. Built to last, they offer great sound isolation. The 90° swiveling earcups make one - ear monitoring a breeze. Key features include: flagship M - Series model, accurate reproduction, durable metal components, rare earth magnets in 45 mm drivers, extended frequency response, circumaural design for sound isolation, detachable and replaceable earpads and headband, fold - flat design for portability, and detachable cables (1.2 m - 3.0 m coiled, 3.0 m straight, 1.2 m straight). Specifications: closed - back dynamic type, 45 mm driver diameter, neodymium magnet, CCAW voice coil, 5 - 40,000 Hz frequency response, 2,000 mW max input power at 1 kHz, 97 dB sensitivity, 35 ohms impedance, 280 g weight (without cable), interchangeable cables, and comes with a carrying case and 6.3 mm adapter.








Using the Audio - Technica ATH - M70x headphones is easy. First, choose the cable that suits your needs from the three available options and connect it to the headphones. Then, put on the headphones. The circumaural design should fit comfortably around your ears. If you need to quickly listen to the surrounding environment, simply swivel one earcup 90°. When using them for studio work like mixing or tracking, adjust the volume according to your audio source. For personal listening, pair them with your music device. As for maintenance, keep the headphones in the provided carrying case when not in use to protect them from dust and damage. If the earpads get dirty, you can detach them and clean them gently. Remember to handle the cables carefully to avoid fraying. And don't expose the headphones to extreme temperatures or humidity, as this may affect their performance.