Audix OM7 Microphone

Audix

Microphone OM7

Dynamic, Hyper-cardioid

Description

Dynamic, Hyper-Cardioid Vocal Microphone for High SPL Environments

The Audix OM7 is a high-performance dynamic microphone designed for extreme vocal control in loud stage environments. Engineered with a hyper-cardioid polar pattern and exceptionally low output level, the OM7 virtually eliminates feedback and bleed from nearby instruments—making it the mic of choice for sound engineers working in demanding live settings. Its ability to handle high sound pressure levels while maintaining vocal clarity gives performers the confidence to deliver consistent sound in any venue.


🔑 Key Features

🔹 Hyper-Cardioid Pattern provides maximum isolation and feedback rejection
🔹 Controlled Low Output Level ensures clarity in loud mixes and dense stage setups
🔹 Tailored Frequency Response optimizes vocal intelligibility and presence
🔹 High SPL Handling with no distortion—perfect for aggressive vocal styles
🔹 Internal Pop Filter reduces plosives and breath noise
🔹 Precision-Machined Metal Housing offers durability in touring conditions
🔹 Designed, Assembled & Tested in the USA for consistent quality and reliability


🎯 Ideal for vocalists on loud stages, rock and metal performances, and professional monitoring setups – the OM7 ensures your voice cuts through the mix without compromise.

Specifications

🔹 Microphone Type: Dynamic
🔹 Polar Pattern: Hyper-cardioid
🔹 Frequency Response: 48 Hz – 19,000 Hz
🔹 Impedance: 290 ohms
🔹 Sensitivity: 0.8 mV/Pa @ 1k
🔹 Off-Axis Rejection: >25 dB
🔹 Max SPL: ≥144 dB
🔹 Housing: Zinc alloy with black finish
🔹 Pop Filter: Built-in
🔹 Connector: XLR 3-pin
🔹 Weight: 307 g (10.8 oz)


📦 Included with Rental

🔹 Audix OM7 Microphone
🔹 Mic Clip
🔹 Pouch


🔊 Rent the Audix OM7 for Maximum Vocal Isolation and Control

Need a mic that keeps your vocals front and center—even on the loudest stage? Rent the OM7 and experience unmatched clarity, isolation, and durability at your next live event.

For more details on Audix OM7 Microphone specifications, click here.