M-S STEREO CONDENSER MICROPHONE, OPERATES ON PHANTOM POWER OR BATTERY, INCLUDES

Product image

Key Features

Wired connection ensures a worry-free signal quality while speaking
Capable of throwing low subs and soaring vocals with 40 Hz - 20 kHz frequency
Compact size lets you carry it easily all day long

Manuals & Resources

MANUAL User Manual › DATASHEET Product Datasheet › BROCHURE Manufacturer Brochure › MANUAL Assembly Instructions › WARRANTY Warranty Information › DATASHEET Product Fiche › GUIDE Energy Guide › SAFETY Safety Data Sheet › SAFETY Safety Data Sheet (FR) › SAFETY COSHH Sheet › TOUR Product Tour › 360 360° Product View ›

SHURE INCORPORATED Microphones

M-S STEREO CONDENSER MICROPHONE, OPERATES ON PHANTOM POWER OR BATTERY, INCLUDES

Mfr # VP88 SKU 9771604 UPC 042406051118

$697.33 MSRP $1,099.00 Save 37%

Regular price saves you $401.67 against MSRP.

Available

Product Overview

M-S STEREO CONDENSER MICROPHONE, OPERATES ON PHANTOM POWER OR BATTERY, INCLUDES

VP88 - Cardioid Stereo Condenser Microphone
Shure VP88 Wired Microphone - Stereo - 40 Hz to 20 kHz -66 dB - Handheld - XLR
Shure VP88 Wired Microphone
Stereo - 40 Hz to 20 kHz -66 dB - Handheld - XLR

Technical Specifications

Host Interface	XLR
Product Type	Microphone
Manufacturer Part Number	VP88
Microphone Sensitivity	-66 dB
Sound Mode	Stereo
Weight (Approximate)	14.70 oz
Connectivity Technology	Wired
Manufacturer	Shure, Inc
Product Model	VP88
Product Name	VP88 Microphone
Microphone Type	Handheld
Brand Name	Shure
Country of Origin	Mexico
Minimum Frequency Response	40 Hz
Maximum Frequency Response	20 kHz

Marketing Information

VP88 Microphone
"Y-splitter" Cable
Foam Windscreen
Stand Adapter
6V Battery
Zippered Storage Bag

The Shure Model VP88 is a single-point, stereo condenser microphone for use in professional studio recording, field production, electronic news gathering (ENG), and studio broadcasting applications. It combines two condenser cartridges in a single housing to create a stereo audio image of the sound source. It is unique in its ability to capture the realism of a live event and yet withstand rigorous field production environments.