Description
The RE-97TX is an ultra low-profile headworn microphone engineered to deliver natural, full-range audio while remaining visually discreet. Its miniature capsule and low-profile boom make it suitable for broadcast and live performance environments where appearance matters. The headset is finished in light beige to blend with wardrobe and on-camera needs.
Key features include an omnidirectional polar pattern that captures even off-axis sound and an adjustable boom that positions the capsule precisely. The design is compact yet sturdy, providing consistent audio pickup across the capsule. The headpiece is form fitting to support long-duration use without constant adjustment.
Audio performance centers on a small omnidirectional capsule that provides wide coverage and stable tonal balance at direct and off-axis positions. The low-profile construction minimizes visual distraction while preserving a broad frequency response typical of omnidirectional headworn capsules. The mic delivers predictable pickup patterns suitable for dialogue and close-miking applications.
Connectivity is provided via an attached TA4F connector for direct integration into compatible belt-pack transmitters. The connector simplifies setup with common wireless transmitters used in broadcast and live production. The microphone is configurable for left- or right-ear use to match user preference and placement requirements.
Typical use cases include broadcast reporting, ENG/OB, theater, and live presentation where a discreet, reliable headworn mic is required. It supports spoken word, stage performance, and on-camera work where unobtrusive mic placement is critical. The mic’s omnidirectional pickup reduces handling sensitivity when compared to some directional headsets.
Built for field and road use, the RE-97TX balances lightweight comfort with durable materials to resist regular handling. The adjustable boom and secure headpiece design enable quick fitting and consistent placement. Overall, the microphone offers a compact solution that emphasizes natural speech reproduction and seamless integration with wireless systems.