Wireless Karaoke Microphone, Rechargeable Wireless Microphone System for Singing and Karaoke, 2.4G Handheld Wireless Microphones with Type-C Charging, 500 ft Range, 6.35mm/3.5mm Mic Input

WONATU 108-B2 is made for singers, hosts, teachers, and event users who need a wireless karaoke microphone that is easy to set up and clear enough for everyday vocal use. Whether you are running home karaoke, a classroom activity, a wedding speech, a church gathering, or a small DJ party, the goal is simple: help your voice reach the room without tying you to a cable. The cardioid directional pickup focuses on the voice source and helps reduce surrounding background noise, while the classic vocal tuning keeps spoken words and singing more natural. For buyers comparing a microphone for singing with basic wired options, the 2.4G wireless link adds movement and cleaner stage flow without manual frequency work. Power and range are built around real event use. The USB-C charging port supports a convenient 3-hour charge cycle and up to 10 hours of use under normal conditions. The 2.4G transmission covers up to 500 ft / 150 m line of sight, so the handheld microphone wireless system can support passing the mic, walking around a room, or moving between the speaker and audience. Compatibility is also written clearly because many returns in this category start with the wrong port. This microphone wireless system is designed for devices with microphone input, including compatible karaoke machines, PA systems, mixers, amplifiers, and speakers with 6.35mm or 3.5mm mic input. It is not intended as a direct USB-C audio microphone for phones, computers, tablets, or AUX-only ports unless your setup includes the proper mic-input adapter. If you need a karaoke microphone wireless setup for home entertainment, a rechargeable wireless microphone for events, or wireless microphones for karaoke that keep operation simple, WONATU 108-B2 gives you the core tools: directional pickup, USB-C charging, long-range 2.4G transmission, and broad mic-input compatibility.