Professional Wireless Mic for iPhone, TikTok, Interviews

Wireless Lavalier Microphones with Great Sound Quality

This wireless lavalier microphone offers 360° all-round accurate sound pickup, ensuring effective identification of the original sound and clear recording in noisy environments. The built-in sponge windscreen reduces wind noise and plosives, while the strong anti-interference ability meets your pursuit of high sound quality.

Easy-to-Use Plug and Play Microphone

This wireless microphone is designed for ease of use with a simple plug and play feature. No adapter, Bluetooth, or application is needed. Just get the receiver into your device, turn on the portable microphone, and the two parts will pair automatically. The mini lapel microphone allows you to enjoy recording without the constraints of cables. Clip it onto your shirt, click, and start recording.

Omnidirectional Mini Microphones with Noise Reduction

This professional wireless lavalier microphone is equipped with a high-tech noise reduction chip. It achieves real-time auto-sync technology, ensuring stable signal transmission with super low latency. The sound pickup follows the picture in real-time, providing you with clear, high-quality audio.

iOS Compatibility and Versatile Use

This wireless clip-on microphone is equipped with Lightning ports and is compatible with iPhone, iPad, and other iOS devices. Its small size, lightweight design, and cordless feature make it perfect for carrying wherever you go. Ideal for various working scenarios, including interviewing, online conferencing, podcasting, vlogging, live streaming, social media, and more.

Long-Lasting Battery Life and Wide Wireless Range

The wireless lavalier microphone is built with a rechargeable 65mAh battery and low-power chip, providing up to 6 hours of operation time. The receiver features a charging interface, making it convenient to charge on the go. Additionally, the stable transmission technology ensures a barrier-free effective distance of up to 100 feet, with super-low transmission delay.