Audio Technica ATH-M30X monitor headphones

Professional affordable sound

The Audio-Technica ATH-M30X professional monitor headphones are designed for clear yet detailed audio reproduction across music productions and everyday listening. It combines professional-grade sound quality with a durable and comfortable design.

Equipped with 40mm dynamic drivers featuring rare earth magnets and copper-clad aluminium wire voice coils, the ATH-M30X delivers balanced sound with enhanced mid-range definition and a wide frequency response of 15Hz - 22kHz. The closed-back, over-ear design helps reduce external noise, allowing students and educators to focus on listening tasks and audio editing with greater clarity.

The headphones are built for extended use, using soft ear cushions inside a lightweight yet robust construction provides comfort over a great period of time with minimal bleed. Swivelling earcups and a foldable design make them easy to store and transport, keeping them safe and secure at all times.

A great choice for field recording

The M-Series ATH-M30X professional monitor headphones combine modern engineering and high-quality materials to deliver a comfortable listening experience, with enhanced audio clarity and sound isolation.

Tuned for highly detailed audio, with strong mid-range definition, these versatile monitoring headphones are ideal in a variety of situations. Designed primarily for studio tracking and mixing, they offer added features for increased portability, making them a great choice for field recording.

Clear, accurate monitoring

The ATH-M30X is tuned to provide detailed mid-range performance. Its accurate audio response helps users hear vocals, instruments and spoken content clearly without exaggerated frequencies.

Designed for education and studio use

With a closed-back circumaural design, the ATH-M30X helps minimise sound bleed and external distractions, making it particularly effective in busy classroom or studio environments. The single-sided cable design also improves ease of use and reduces tangling in shared learning spaces.