M-VAVE WP-5G 5.8G Rechargeable Wireless Guitar System Transmitter and Receiver with FREE GHS Phosphor Bronze Guitar Strings

The WP‑5G is a wireless audio system designed specifically for electronic instruments, giving musicians a reliable way to play without being tethered by cables. It delivers clean, high‑quality sound with very low noise, minimal delay, and an impressive transmission range, ensuring you stay connected without sacrificing audio performance.

FREE GHS Phosphor Bronze Acoustic Guitar Strings (12 - 54)

Features

The WP‑5G offers an ultra‑low latency of just 5.6ms, keeping your playing smooth and in sync. Its 30‑meter range lets you move freely on stage or in the studio, making your setup more flexible and comfortable.

Using the 5.8G wireless band and a 24‑bit/48kHz audio format, the system delivers clear, professional‑grade sound. Because it operates outside the crowded 2.4G and UHF frequencies, it experiences far less interference.

You can run up to four WP‑5G systems at the same time without signal conflicts—great for group performances. A one‑button channel selector makes switching channels quick and easy.

The 190° rotating 1/4″ plug works with any instrument or device that uses a standard 6.35mm jack. The built‑in 1100mAh battery provides more than 8 hours of continuous use, and the fast‑charge feature fully powers the device in about 1.5 hours.

Specifications

• Wireless Band: 5.8G
• Latency: 5.6ms
• Range: Up to 30m outdoors; about 15m indoors
• Noise (THD+N): –98dB
• Dynamic Range: >105dB (A‑weighted)
• Frequency Response: 20Hz–20kHz (±1dB/–3dB)
• Simultaneous Connections: Up to 4 sets
• Battery: 3.7V 1100mAh
• • Transmitter: 780mAh
  • Receiver: 450mAh
• Operating Time: 8 hours
• Charging: USB cable with dual‑output and fast‑charge support

In the Box

Each set includes:

• 1 Transmitter
• 1 Receiver
• 1 USB Charging Cable
• 1 Storage Bag
• 1 User Manual (English & Chinese)

Note: Actual wireless range may vary depending on the surrounding environment, including reflections, interference, and signal absorption.