Austrian Audio HI-X60

Austrian Audio has extended its highly-successful Hi-X6 headphone range with the addition of the Hi-X60 model -a professional reference headphone for recording and FOH applications.

Featuring the sonic signature of the Hi-X6 series, with its natural and spacious sound, the Hi-X60 over-ear, closed-back design is ideally suited for use in loud environments, for example, in the studio or front-of-house (FOH).

In the studio the Hi-X60’s closed-back isolation prevents sound from escaping out into the recording environment and interfering with the microphone capture. At FOH the high passive-noise suppression ensures an optimum signal-to-noise ratio creating an accurate and hearing-friendly sonic environment. For instrument or vocal tracking both features work together to provide the artist with a coherent, healthy signal without leakage.

The Hi-X60 offers remarkable comfort even for long sessions, leaving the user fatigue-free and able to focus on workflow. All touch points are made from soft, durable memory-foam. The ear pads feature the acclaimed Hi-X design with plenty of internal space and smaller external size. The ear pads can be replaced with ease. In additionthe headband has a smart cut-out to relieve pressure on the head.

High Excursion Technology

Hi-Xcursion (High Excursion) technology is the key to the astonishing sound of our Hi-X60 headphones.

All Austrian Audio Hi-X headphones feature a 44 mm driver and a ring magnet system. This design allows for improved airflow and includes the strongest magnetic field in its class.

The ring magnet, combined with a copper-clad aluminum voice coil, reduces the weight of the membrane and the voice coil connected to it, allowing the membrane to move or change direction faster, providing a more responsive impulse reaction.

Our science, measurements, and listening tests have shown that 44mm is the optimum size for this design. It ensures professional performance in the Hi-X, moves a lot of air, and eliminates ‘wobbling’ of the diaphragm. This is akin to damping of the driver mass, which is where our membrane really shows results: it is ultra-stiff while still reducing unwanted resonance.