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Get it between 2024-05-15 to 2024-05-22. Additional 3 business days for provincial shipping.
The SM86 requires phantom power. This may be supplied to the microphone from an external power supply (such as the Shure model PS1A) or directly from preamplifiers, mixers, or consoles with built-in phantom power. Suitable sources should provide 11 to 52 Vdc phantom voltage.
A load impedance of at least 600 Ohms is recommended. The load may be as low as 150 Ohms, but a reduction in output level and output clipping level will result.
Condenser cartridge for studio quality sound
Tailored frequency response for a clear reproduction of vocals
Rugged construction withstands the rigors of touring sound
Cardioid polar pattern minimizes unwanted background noise
Excellent choice for stage monitors and personal monitors
Built-in three-point shock mount minimizes handling noise
Two-stage "pop" filter reduces wind and breath noise
Cardioid vocal microphone offers an extended high frequency response and rugged construction to withstand the rigors of touring. Features include a built-in 3-point shock mount to minimize handling noise and a 2-stage pop filter to reduce wind noise.
Description The Shure SM86 is a unidirectional (cardioid) condenser vocal microphone for professional use in live performance. An extremely rugged microphone, the SM86 withstands the rigors of touring while delivering a clear, studio-quality sound. A cardioid pickup pattern isolates the main sound source while minimizing unwanted background noise. The built-in three-point shock mount minimizes handling noise, and a two-stage pop filter reduces wind and breath "pop" noise. PHANTOM POWER NOTE: The SM86 requires phantom power. This may be supplied to the microphone from an external power supply (such as the Shure model PS1A) or directly from preamplifiers, mixers, or consoles with built-in phantom power. Suitable sources should provide 11 to 52 Vdc phantom voltage. IMPENDANCE NOTE: A load impedance of at least 600 Ohms is recommended. The load may be as low as 150 Ohms, but a reduction in output level and output clipping level will result.