The Audio-Technica ATR35cW is a condenser lavalier microphone with omnidirectional pickup pattern. Ideal for speech and video, lightweight and discreet.
The Audio-Technica ATR35cW is a high-quality condenser lavalier microphone with omnidirectional pickup pattern. It is designed for professional speech and video applications, delivering clear and natural audio recordings.
Omnidirectional polar pattern captures sound from all directions – ideal for natural speech recordings without specific orientation.
Condenser transducer ensures detailed and precise sound reproduction.
Lightweight lavalier design (only 0.5 kg) allows discreet wear under clothing.
Versatile for presentations, live streams, video conferences, and filming.
24 months manufacturer's warranty provide long-term reliability.
What sets the Audio-Technica ATR35cW apart
Unlike many other lavalier microphones, the ATR35cW offers omnidirectional pickup that captures sound evenly from all directions. This makes it particularly suitable for situations where the speaker moves or the microphone position cannot be precisely aligned. Condenser technology ensures high sensitivity and a wide frequency range.
Ideal for presenters, YouTubers, and video conferences
The Audio-Technica ATR35cW is the perfect choice for professional users needing a hands-free microphone solution. Whether for presenters at live events, YouTubers for voice recordings, or participants in video conferences – its compact design and excellent audio quality make it an indispensable tool for clear communication.
How to use the Audio-Technica ATR35cW
Attach the microphone with the included clip to your clothing, ideally at chest height. Connect the cable to a compatible audio input. Make sure the microphone is not covered by clothing to achieve the best sound quality.
Audio-Technica is a Japanese audio equipment manufacturer founded in 1962. The company is renowned for high-quality microphones, headphones, and phono cartridges for professional and consumer use. Products are known for precise sound reproduction and durable construction.
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