Audio-Technica AT3035 Large Diaphragm Cardioid Condenser Microphone

$99.99
sold out

This mic is in very good condition and fully functional.

Designed for critical home/project/professional studio applications and live performance, this 30 Series large-diaphragm side-address cardioid condenser delivers exceptional detail and low noise. With its extended low-frequency response, the AT3035 produces rich, full sound reproduction and handles extremely high sound pressure levels with ease. Tailored for a smooth, natural sound, this mic is a perfect complement for digital recording equipment. Along with its rugged construction and high-performance specifications, the AT3035 provides an exceptional level of consistency from model to model.

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This mic is in very good condition and fully functional.

Designed for critical home/project/professional studio applications and live performance, this 30 Series large-diaphragm side-address cardioid condenser delivers exceptional detail and low noise. With its extended low-frequency response, the AT3035 produces rich, full sound reproduction and handles extremely high sound pressure levels with ease. Tailored for a smooth, natural sound, this mic is a perfect complement for digital recording equipment. Along with its rugged construction and high-performance specifications, the AT3035 provides an exceptional level of consistency from model to model.

This mic is in very good condition and fully functional.

Designed for critical home/project/professional studio applications and live performance, this 30 Series large-diaphragm side-address cardioid condenser delivers exceptional detail and low noise. With its extended low-frequency response, the AT3035 produces rich, full sound reproduction and handles extremely high sound pressure levels with ease. Tailored for a smooth, natural sound, this mic is a perfect complement for digital recording equipment. Along with its rugged construction and high-performance specifications, the AT3035 provides an exceptional level of consistency from model to model.