šŸŽ‰ Up to 70% Off Selected ItemsShop Sale
Product image 1
Product image 2
Product image 3
HomeStore

Shure PGA181-XLR Side-Address Cardioid Condenser Microphone w/ Cable

Shure PGA181-XLR Side-Address Cardioid Condenser Microphone w/ Cable

The PGA181 is a professional quality instrument microphone with an updated industrial design that features a black metallic finish and grille offering an unobtrusive visual presence. Legendary Shure quality construction ensures exceptional performance in rigorous environments.

Features

  • Tailored microphone cartridge design for smooth and versatile reproduction of sound sources.
  • Cardioid polar pattern picks up audio from the source while rejecting unwanted noise
  • Updated industrial design with black metallic finish and grille for unobtrusive visual presence
  • Available with XLR Cable (4.57 m)
  • Stand adapter for mounting to a microphone stand
  • Zipper pouch included for additional protection during storage or transport
  • Legendary Shure quality design and construction for exceptional performance in rigorous environments
$105.00
Shure PGA181-XLR Side-Address Cardioid Condenser Microphone w/ Cable—
$105.00

Product Information

Shipping & Returns

Description

The PGA181 is a professional quality instrument microphone with an updated industrial design that features a black metallic finish and grille offering an unobtrusive visual presence. Legendary Shure quality construction ensures exceptional performance in rigorous environments.

Features

  • Tailored microphone cartridge design for smooth and versatile reproduction of sound sources.
  • Cardioid polar pattern picks up audio from the source while rejecting unwanted noise
  • Updated industrial design with black metallic finish and grille for unobtrusive visual presence
  • Available with XLR Cable (4.57 m)
  • Stand adapter for mounting to a microphone stand
  • Zipper pouch included for additional protection during storage or transport
  • Legendary Shure quality design and construction for exceptional performance in rigorous environments