Audio-Technica BP892XCH-TH Wireless MicroSet Omnidirectional Condenser Headworn Microphone, 55" (1.4m) Permanently Attached Miniature Cable, Beige

Get professional, near‑invisible vocal pickup for live events, broadcast, and monitoring tasks with the Audio‑Technica BP892XCH‑TH headworn omnidirectional condenser microphone. Built for talent, lecturers, and security personnel who need natural, intelligible voice reproduction, this MicroSet delivers a flat, extended frequency response (20 Hz–20 kHz) and high SPL handling to preserve clarity in any environment.

The subminiature 2.6 mm omnidirectional capsule and low‑profile beige finish minimize visibility on camera while the ergonomic under‑ear loop and hypoallergenic materials ensure comfort during long sessions. The unit ships with a 55" (1.4 m) permanently attached miniature cable optimized for wireless transmitter packs, and the field‑replaceable connector makes service and cable swaps fast on the road or in the field. Included AT8464x dual‑ear adapter adds stability for active presenters.

Whether deploying for stage, television, houses of worship, corporate AV, or security and surveillance monitoring, the BP892XCH‑TH provides dependable, broadcast‑quality audio with minimal setup. Add it to your kit for reliable, unobtrusive voice capture in any production or monitoring application.

• Ultra-low visibility and natural vocal pickup for presenters and on-camera talent, keeping focus on the message, not the mic
• Designed for wireless transmitters with a 55" (1.4 m) permanently attached miniature cable for reliable, unobtrusive connectivity
• Subminiature 2.6 mm omnidirectional condenser capsule captures full-range sound (20 Hz–20 kHz) with high SPL handling for clear speech in loud environments
• Lightweight, under-ear ergonomic design and hypoallergenic materials provide all-day comfort and secure fit—even with glasses
• Dual-ear adapter included (AT8464x) and field-replaceable cable simplify deployment and maintenance for production, broadcast, or security use