The Artist Elite AE6100 hypercardioid dynamic vocal microphone delivers clean articulation, fast transients and high-output, assertive sound for the uncompromising vocalist. With a polar pattern tailored for outstanding on-axis response, the microphone offers maximum feedback rejection and superior anti-shock engineering for low handling noise. For ultimate protection against vocal plosives, the mic’s hardened-steel outer grille is lined with fine steel mesh and a layer of open-cell foam. A foam disk positioned on top of the element assembly provides the final layer of “pop” protection.

• Assertive sound for the uncompromising vocalist

• Great presence with excellent monitor cut

• High output, fast transients and clean articulation

• The back-cavity assembly “floats” inside the handle shell, providing exceptional isolation from handling noise

• Maximum feedback rejection

• Hypercardioid polar pattern improves isolation of desired sound source

• Superior anti-shock engineering for low handling noise

• Multi-stage grille design offers excellent protection against plosives and sibilance without compromising high-frequency clarity

• Quiet-Flex™ stand clamp provides silent, flexible microphone positioning

• Tough, durable, resilient – built for the road

Reviews from Sweetwater.com

"Audio-Technica's Artist Elite Series are untouchable in their category. These handheld vocal mics were designed to deliver uncompromising performance in a wide variety of live applications, from concert stages to broadcast to houses of worship. A lot of research went into creating the AE Series, and the results are stunning. Each mic features superior anti-shock engineering for the minimum of handling noise and an overall durability and rugged construction that make them the high-performance mics for the rigors of touring.

The AE6100 is an affordable hypercardioid dynamic mic that delivers clean articulation for great on-stage presence and excellent monitor cut. It features a polar pattern tailored for superior on-axis response and maximum feedback rejection."