
Shure DH5C/O-MTQG DuraPlex Headset Microphone Cocoa
Capture Pristine Audio with the Shure DuraPlex Omnidirectional Headset Microphone The Shure DuraPlex DH5C/O-MTQG is a professional-grade headset microphone designed for exceptional durability and value. Featuring an IP57 rated waterproof and dust-protected capsule, this microphone delivers neutra...
*Price sourced from Amazon.com. Last updated:Aug 28, 2026.Price and availability are subject to change — details.
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Overview
Capture Pristine Audio with the Shure DuraPlex Omnidirectional Headset Microphone
The Shure DuraPlex DH5C/O-MTQG is a professional-grade headset microphone designed for exceptional durability and value. Featuring an IP57 rated waterproof and dust-protected capsule, this microphone delivers neutral, full sound quality for film, broadcast, speech, theater, and performance applications. Its innovative cable design ensures unprecedented flex life and reliability.
Specifications:
- Capsule Type: 5 mm Omnidirectional Subminiature
- Connector: MTQG/TA4F
- Color: Cocoa
- Durability: IP57 certified dust-resistant, waterproof rated
- Cable: 1.6 mm Shure designed cable, dual-redundant ground
- Applications: Film, broadcast, speech, theater, and performance
- RF Immunity: High, compatible with digital wireless systems
Key Features
5 mm omnidirectional subminiature design for discrete placement and improved gain-before-feedback
Lavalier (four colors) and headset (three colors) options
IP57 certified dust-resistant, waterproof rated
1.6 mm Shure designed cable. Dual-redundant ground doubles as a secondary shield, resulting in unprecedented flex life. Fully paintable cable with virtually zero “memory effect.”
Neutral, full sound quality for film, broadcast, speech, theater, and performance applications
Presence Cap included for tailored frequency response in speech applications
Included accessories for storage, mounting options, and wind protection
mTQG/TA4F and LEMO terminations for variable wireless system connectivity
High RF immunity, compatible with digital wireless systems without RF interference