Shure BETA 27 Instrument Microphone

The BETA?27 side-address condenser microphone is precision engineered for professional sound reinforcement and project studio recording applications. Its flat frequency response and low self-noise provide unerring performance in demanding environments. A tight supercardioid pattern ensures high gain-before-feedback and maximum isolation from other sound sources.

199,500.00

Only 2 left in stock

The BETA?27 side-address condenser microphone is precision engineered for professional sound reinforcement and project studio recording applications. Its flat frequency response and low self-noise provide unerring performance in demanding environments. A tight supercardioid pattern ensures high gain-before-feedback and maximum isolation from other sound sources.

Brand

SHURE

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Shure BETA 27 Instrument Microphone

199,500.00

Only 2 left in stock

Short Description for Shure BETA 27 Instrument Microphone

Supercardioid polar pattern specifically targets the sound source consistently with greatly minimized bleed from off-axis sound sources
Tailored for superior transient response from a low-mass, 1? externally-biased, ultra-thin 24 Karat gold-layered Mylar? diaphragm
Flat, neutral frequency response for natural reproduction on stage or in the studio
3-position switchable low-frequency filter helps reduce unwanted background noise or counteract proximity effect for consistent, extended lowend
-15 dB switchable attenuator handles extremely high SPLs with ease
Premium electronic components and gold-plated internal and external connectors
Internal pop filter with three separate mesh layers reduces wind and breath noise.
1 – A32M ShureLock? Black S

Product Description for Shure BETA 27 Instrument Microphone

The BETA?27 side-address condenser microphone is precision engineered for professional sound reinforcement and project studio recording applications. Its flat frequency response and low self-noise provide unerring performance in demanding environments. A tight supercardioid pattern ensures high gain-before-feedback and maximum isolation from other sound sources.

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