Countryman H6DW5LSW H6 Directional Headset with TA4F Connector for Shure, Standard Gain for General Speaking, Light Beige

Designed for professional voice capture where clarity and discretion matter most, the Countryman H6DW5LSW H6 Directional Headset delivers focused, reliable audio for security, surveillance and monitoring teams. This headset microphone combines Countryman's high-quality pro microphone design with a directional capsule that reduces ambient noise and isolates the speaker—resulting in clearer exchanges during surveillance operations, event monitoring, or live broadcast. The H6 features a TA4F connector for seamless compatibility with Shure wireless belt packs and a standard gain setting optimized for general speaking, minimizing the need for constant level changes. Finished in light beige for low visibility on camera and under uniforms, the headset is built to withstand extended wear with moisture-resistant materials and a secure, comfortable fit. Whether you’re equipping security personnel, law enforcement, broadcast crews, or corporate monitoring stations, the Countryman H6 directional headset offers professional audio performance in demanding environments. Add the H6DW5LSW to your toolkit to improve intelligibility and operational efficiency—ideal for surveillance, event security, and AV monitoring deployments.

• Focused directional pickup isolates speech from background noise for clearer communication in security, surveillance, and live-monitoring applications.
• TA4F connector provides plug-and-play compatibility with Shure wireless systems, simplifying deployment for AV and security teams.
• Standard gain optimized for general speaking eliminates frequent gain adjustments, delivering reliable levels across users and environments.
• Low-profile, light beige design stays discreet on-camera and under uniforms—ideal for surveillance, broadcast, and customer-facing roles.
• Rugged, moisture-resistant construction and secure headset fit ensure comfortable all-day wear and dependable performance during long shifts.