AKG K553 MKII

Closed-back performance meets open back sound

The AKG K553 MKII closed-back studio headphones are designed to meet the demands of professionals in monitoring, mixing, and mastering applications. They offer a blend of closed-back noise isolation with the spacious sound characteristic of open-back headphones, providing an optimal listening experience.

Key features of the AKG K553 MKII headphones include:

  1. Closed-Back Performance, Open-Back Sound: Combines the noise-isolating qualities of closed-back headphones with the spacious, dimensional sound of open-back designs, offering the best of both worlds.
  2. High-Quality Drivers: Equipped with 2” (50mm) low-impedance drivers that deliver strong, accurate bass response and precise sound reproduction, with enough sensitivity to work well with laptops and mobile devices.
  3. Comfortable Design: Features extra-large soft ear pads for stress-free listening during long sessions, ensuring maximum comfort for users.
  4. Detachable Cable: Comes with a detachable cable for convenience and easy replacement.
  5. Foldable Design: Incorporates a 2D-axis mechanism that enables flat folding, making the headphones easy to store or handle on the go.
  6. Audio Specifications: Offers a wide audio frequency bandwidth of 12 – 28,000 Hz, sensitivity of 114 dB SPL/V @ 1 kHz, and rated impedance of 32Ω.
  7. Maximum Input Power: Capable of handling a maximum input power of 200mW.
  8. Versatile Application: Suitable for various applications including studio monitoring, studio mixing, hi-fi listening, and use with mobile devices.
  9. Replaceable Earpads: Features replaceable earpads, allowing users to easily maintain the headphones for extended use.
  10. Cup Style: Features closed-back cup design to enhance noise isolation and focus on the sound being produced.

Overall, the AKG K553 MKII headphones offer a professional-grade audio experience with a focus on comfort, versatility, and high-quality sound reproduction, making them suitable for a wide range of studio and listening applications.