DPA Microphones 4266-OC-F-F10-LH Omnidirectional Headset Microphone (Beige)

Lightweight and Flexible Omnidirectional Headset Microphone
The DPA 4266 CORE Omnidirectional Flex Headset Microphone is a premium choice for professionals in live performance, broadcast, and theatrical settings. Built with DPA’s renowned 4066 omnidirectional capsule, this headset delivers transparent, natural sound with superior speech intelligibility. The 110mm boom ensures precise positioning, while the single-ear design offers a secure yet comfortable fit for extended wear.

High-Quality Sound with Exceptional Clarity
Designed to capture the full dynamic range of the human voice, the 4266 CORE headset microphone minimizes distortion, even at high SPL levels. This allows users to project their voice confidently without worrying about clipping or compromised sound quality. Whether in a quiet studio or a high-energy stage environment, the microphone provides clear, accurate audio reproduction.

Comfortable and Secure Single-Ear Fit
The 4266 CORE is engineered for fast, easy, and reliable placement. The ergonomic earset design adjusts to fit different ear sizes and head shapes while maintaining a stable fit during active performances. The boom arm can be rotated for left or right-side use, providing flexibility for any user’s preference.

Durable and Resistant to Moisture
Built to withstand rigorous performance conditions, this microphone features a nano-coated surface and sealed internal electronics for enhanced moisture and humidity resistance. Ideal for presenters, actors, and performers, the 4266 CORE delivers consistent sound performance, even in challenging environments.

Compatible with TA4F Mini-XLR Wireless Systems
This version of the 4266 CORE comes equipped with a fixed TA4F Mini-XLR connector, making it compatible with wireless transmitters from Shure, Line 6, and other leading brands. The robust connector ensures a secure and interference-free connection, allowing professionals to integrate the microphone seamlessly into their existing wireless setups.