Description

Capture crisp, professional audio with the Basix K1 Wireless Lavalier Microphone, designed for seamless communication across various settings. Whether you’re conducting interviews, giving speeches, recording vocals, or teaching remotely, this lightweight and portable microphone delivers exceptional sound clarity with noise-cancelling technology to reduce background interference.

Built with durable plastic and ABS materials, the K1 offers reliability alongside convenience. Its omni-directional condenser capsule ensures your voice is picked up from all directions, making it ideal for dynamic environments. The wireless 2.4G communication system provides stable, interference-free audio transmission with an impressive frequency response range of 20Hz to 20KHz.

Equipped with LED indicators for easy monitoring, this lavalier mic suits smartphones, cameras, and other recording devices, making it perfect for content creators, educators, and professionals alike.

Key Features & Benefits:

• 🎤 Noise Cancelling: Minimizes background noise for clear, professional audio

• ⚖️ Lightweight & Portable: Easy to carry and wear for long sessions without discomfort

• 💡 Built-in LED Lights: Visual indicators for power and connection status

• 🔊 Omni-directional Condenser Microphone: Captures sound from all angles for versatile use

• 📶 Wireless 2.4G Communication: Stable and reliable connection with minimal interference

• 🎚️ Wide Frequency Response: 20Hz-20KHz for natural and full-range sound reproduction

• 🔊 High Maximum SPL (130dB): Handles loud sounds without distortion

• 🔇 Excellent Signal-to-Noise Ratio (70dB): Ensures clean, noise-free audio capture

• 📱 Versatile Compatibility: Ideal for smartphones, recording, interviews, teaching, singing, and communication

• 🏷️ Compact Packaging: Size 13×8×3 cm | Weight 0.081 kg

• 🌍 Brand & Origin: Basix, manufactured in Guangdong, China

Experience professional-grade audio wherever you go with the Basix K1 Wireless Lavalier Microphone — your perfect companion for clear communication.