Electro-Voice PL80C Handheld Supercardioid Dynamic Microphone (Beige with Black Grille)

Premium Dynamic Supercardioid Microphone for Live Performances
The Electro-Voice PL80C is a handheld dynamic supercardioid microphone designed to deliver professional-grade sound for live performances, public address, and houses of worship. With a classic beige finish and black grille, it combines timeless aesthetics with reliable performance, making it ideal for vocalists, presenters, and performers who require clarity and precision on stage.

Exceptional Vocal Clarity with EQ-Friendly Tone
The PL80C’s frequency response of 80 Hz to 16 kHz is tailored for vocal reproduction, providing a smooth, EQ-friendly tone that ensures vocals cut through the mix without sounding harsh. A gentle presence boost around 5 kHz enhances intelligibility, making it an excellent choice for both spoken word and singing applications in live environments.

Supercardioid Polar Pattern for Superior Noise Rejection
The microphone’s supercardioid polar pattern tightly focuses on the sound source while rejecting off-axis noise and minimizing feedback. This is particularly advantageous in loud environments, as it delivers clear audio with minimal interference from surrounding instruments or crowd noise. Perform with confidence knowing your sound remains clean and isolated.

Durable and Road-Ready Design
Built for the rigors of touring and live performances, the PL80C features a rugged construction and a durable Memraflex grille that resists damage. The dynamic capsule is internally shock-mounted to reduce handling noise and vibration, ensuring a professional performance without unwanted noise interruptions.

Neodymium Magnet for High Output and Low Noise
Equipped with a neodymium magnet, the PL80C offers a high output signal while maintaining a low noise floor. This eliminates the need for external power sources and allows seamless compatibility with various sound systems, mixers, and microphone preamps. Its XLR output ensures reliable connectivity for live and recording applications.