Audio Technica ATM75CW Cardioid Headworn Wireless Mic

Product Description

The AUDIO TECHNICA ATM75CW is a cardioid headworn microphone designed for wireless system applications. It captures sound from a single directional pickup pattern, rejecting off-axis noise and feedback — a key performance characteristic in live sound, presentation, and broadcast environments. The cardioid polar pattern keeps the mic focused on the talent and away from monitor speakers or ambient room noise. This type of headworn element is typically used with a compatible wireless bodypack transmitter. Installation and setup are performed by audio engineers, AV technicians, and live sound professionals.

The ATM75CW is suited for applications where a discreet, close-mic headworn solution is required. Common use cases include theatrical performances, houses of worship, conference presentations, broadcast talent, and aerobics or fitness instruction. The headworn form factor keeps the microphone element in a consistent position relative to the mouth, delivering stable gain and intelligibility throughout movement-intensive performances or presentations.

Key Features

• Cardioid polar pattern rejects off-axis sound and reduces feedback risk
• Headworn form factor maintains consistent mic-to-mouth distance during movement
• Designed for use with wireless bodypack transmitter systems
• Low-profile construction suited for stage, broadcast, and presentation environments
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style headworn microphone element for use with compatible wireless bodypack transmitter systems. Verify connector type and impedance matching against your specific wireless system before installation.

Installation Notes

Installation is performed by qualified AV technicians or audio engineers familiar with wireless microphone systems. Power down the wireless receiver and bodypack transmitter before connecting or disconnecting the microphone element. Secure the headworn frame to fit comfortably without pressure points, and route the cable to minimize stress on the connector. Follow the transmitter manufacturer guidelines for proper impedance and connector compatibility before placing the system into service.