Studio-Grade Acoustic Tone, Completely Wireless
Bring out the natural sound of your acoustic guitar with the CKMOVA Vocal G V17 Wireless Gooseneck Microphone System. Designed specifically for acoustic guitarists, this professional wireless system includes a gooseneck instrument microphone, a specialized acoustic guitar mounting clamp, a 3-pin XLR plug-on transmitter, and an XLR receiver for a simple plug-and-play setup.
Operating on the globally license-free 2.4GHz digital frequency, the Vocal G V17 delivers crystal-clear, uncompressed audio with ultra-low latency. Unlike traditional piezo pickups, it captures the true acoustic character of your instrument, preserving the natural warmth, resonance, and detail of every performance.
Key Features
Complete Wireless Acoustic Guitar System
>Includes a professional gooseneck instrument microphone, specialized guitar mounting clamp, plug-on XLR transmitter, and XLR receiver.
Specialized Acoustic Guitar Mount
>Non-marring guitar body clamp securely attaches to your instrument without damaging the finish.
>Flexible gooseneck allows precise microphone positioning near the soundhole, 12th fret, or your preferred pickup location.
Natural Acoustic Sound
>Captures authentic guitar resonance, string detail, and tonal warmth for a more natural sound than traditional undersaddle or piezo pickups.
24-bit / 48kHz High-Definition Audio
>Delivers lossless, uncompressed digital audio with an impressive 123dB dynamic range for exceptional clarity and detail.
Ultra-Low Latency (<5ms)
>Real-time wireless transmission with virtually no audible delay, ensuring accurate performance and monitoring.
Smart Frequency Hopping Technology
>Automatically scans 84 selectable channels across 6 groups to minimise RF interference and maintain a stable wireless connection.
Reliable Wireless Coverage
>Up to 50m line-of-sight operating range or approximately 30m in environments with obstacles.
USB-C Fast Charging
>Rechargeable lithium-ion batteries support convenient USB Type-C charging for both transmitter and receiver.