Microphone Mozos MX2-DUAL

The Mozos MX2-DUAL is a compact dual-channel microphone designed for clear, high-quality audio capture. It offers high sensitivity and low self-noise to reproduce voices and instruments with accuracy. The durable construction and portable form factor make this microphone convenient for studio work, remote recording, podcasts, and streaming setups where reliable, clean sound is required.

Advantages

The dual-channel design allows simultaneous capture from two sources or stereo recording without additional mixers. High sensitivity ensures detailed pickup of soft and dynamic sounds while low noise preserves clarity in recorded tracks. Its compact and robust build supports frequent transport and handling, and straightforward setup reduces time spent on configuration.

Suitable for

• Podcast recording with two hosts
• Live streaming and content creation
• Home and project studio voiceovers
• Field interviews and on-location recording

Key specifications

• Dual-channel audio input for simultaneous recording
• High sensitivity for accurate capture of quiet and nuanced sounds
• Low self-noise for clean recordings
• Compact, portable enclosure for easy transport
• Durable construction suitable for frequent use

How to use

Place the Mozos MX2-DUAL on a stable surface or mount it on a compatible stand, orienting the capsules toward the sound source. Connect the microphone to your audio interface or recording device using the appropriate cable and configure input channels in your recording software. Adjust input gain to avoid clipping while ensuring sufficient level. For dual-source setups, position each capsule to favor its respective voice or instrument and monitor levels on headphones during the session.

Usage recommendations

For best results, use a pop filter when recording close vocals, and enable low-cut filtering in your audio interface if the environment has low-frequency rumble. Keep the microphone away from direct sources of vibration and wind, and store it in a protective case when not in use to prolong service life.