Maono WM620 PC2 Wireless Lavalier Microphone

Maono WM620 PC2 Wireless Microphone System

The Maono WM620 PC2 Wireless Microphone System is a compact, reliable, and versatile solution for live streaming, video shooting, vlogging, interviews, weddings, and more. With its dual-transmitter design and omnidirectional pickup, this system is perfect for two-person interviews or collaborative content creation. Whether you’re capturing dynamic conversations or ensuring top-notch audio quality during events, the WM620 delivers seamless wireless performance with exceptional sound clarity.

Key Features:

2.4 GHz Wireless Transmission

• Enjoy stable, interference-free transmission with the 2.4 GHz wireless frequency, ensuring reliable audio capture from up to 6 hours of battery life, ideal for extended sessions like interviews, live streams, or event coverage.

Dual Transmitter Setup

• The two transmitters allow two speakers to record simultaneously, making it perfect for interviews, podcasts, and collaborative recordings where both parties need to be heard clearly.

Omnidirectional Polar Pattern

• The omnidirectional microphone pattern ensures that the system captures clear and natural sound from all directions, offering flexibility in movement and positioning while maintaining consistent audio quality.

USB-C Charging & Long Battery Life

• Conveniently charge the system with USB-C (DC 5V, 1A max) for faster and more efficient charging. With up to 6 hours of battery life, the WM620 is ready to handle long sessions without the need for constant recharging.

High SPL Handling

• With a maximum SPL of 100dB, this wireless microphone system can handle loud sound sources without distortion, ensuring professional-quality audio even in noisy or dynamic environments.

Versatile for Various Applications

• Whether you’re hosting a wedding, producing video content, or conducting an interview, the WM620 ensures high-quality audio recording in any setting, making it an essential tool for content creators, professionals, and event hosts alike.