Step up to the Audio-Technica ATH-MSR7 Over-Ear High-Resolution Audio Headphones, and hear music the way the artist intended. The newly designed 45 mm True Motion Drivers deliver Hi-Res Audio reproduction. The multi-layer Air Damping technology, comprised of a layered aluminum/magnesium housing and triple-vent system, reduces unwanted vibration and controls air stream for high audio clarity. Additionally, stainless steel acoustic mesh resistor provides improved high-frequency response, while bass acoustic resistor delivers accurate low-frequency response.
The ATH-MSR7 headphones are ergonomically crafted to ensure hours of listening comfort. Various accessories are offered – including three detachable cables & a carrying case, providing you with added convenience.
The ATH-MSR7 headphones are available in Black (ATH-MSR7BK) and Gun-metal Grey (ATH-MSR7GM).
Please your ears incredibly with Hi-Res Audio. The ATH-MSR7 headphones are outfitted with exclusive 45 mm True Motion Drivers, which utilize lightweight voice coils, a custom-mounted printed circuit board and specially designed diaphragm to improve transient response and minimize sound distortion for rich, detailed audio reproduction.
The headphones feature multi-layered air damping technology for extended mid-to-low frequency response. The housings, designed to “mirror” the full shape of the ear, are constructed of an aluminum/magnesium mix, layered to provide a lightweight, rigid structure that reduces unwanted resonance. Three precisely placed vents within these layers work to control air flow and improve dynamics.
The over-ear headphones’ highly flexible swivel design, with soft, memory foam earpads and headband, ensure lasting comfort even during the longest listening sessions.
The headphones come with three detachable cables, including:
- Standard 1.2 m (3.9') and 3.0 m (9.8') cables.
- A 1.2 m (3.9') cable with in-line controls and microphone for compatible smartphones and other devices, allowing you to easily answer/end calls and manage music without the need to reach out for the audio source.