LUUCCO 2x Micrófono lavalier inalámbrico Mini 100 m USB Type-C Minipods K2 Verde

The LUUCCO Minipods K2 is a professional-grade wireless lavalier microphone system designed for content creators, journalists, and presenters who demand high-quality audio on the go. This set includes two compact transmitters and one USB-C receiver, offering true plug-and-play operation with Android smartphones, tablets, and laptops. With a transmission range of up to 100 meters and intelligent DSP noise cancellation, the K2 delivers crystal-clear sound in any environment.

Advantages

Experience freedom of movement with a reliable 2.4GHz wireless connection that maintains audio integrity up to 100 meters away. The omnidirectional lavalier microphones capture natural sound from all directions, while the built-in noise reduction ensures your voice stands out even in noisy settings. Real-time monitoring lets you hear exactly what is being recorded, and the long 6-8 hour battery life keeps you recording all day.

Suitable for

• Video interviews and vlogging
• Live streaming on social media
• Presentations and lectures
• Podcast recording
• Content creation for YouTube and TikTok

Key specifications

• Microphone Type: Condenser Lavalier (Clip-on)
• Wireless Technology: 2.4GHz Digital
• Polar Pattern: Omnidirectional
• Transmission Range: Up to 100 meters (line of sight)
• Latency: <20ms
• Receiver Connectivity: USB Type-C
• Compatibility: USB-C enabled Android smartphones, tablets, and laptops
• Number of Microphones: 2 (Transmitters)
• Number of Receivers: 1
• Battery Life (Transmitter): Approx. 6-8 hours
• Charging Port (Transmitter): USB Type-C
• Noise Reduction: Intelligent DSP Noise Cancellation
• Real-time Monitoring: Yes
• Plug & Play: Yes
• Frequency Response: 20Hz - 20kHz
• Signal-to-Noise Ratio: >60dB
• Color: Green
• Material: ABS Plastic

Recommendations

For best results, ensure your device supports USB-C audio input. The included carrying case keeps the system safe during transport. Ideal for creators who need reliable, broadcast-quality audio without the complexity of traditional wireless systems.