Wireless Handheld Microphone System - Rechargeable Dual Mics

In this review of the LEKATO K380S system, the bottom line is simple: it is a practical, affordable solution for anyone who needs cordless handheld microphones without the fuss of disposable batteries. The kit is best for event hosts, karaoke enthusiasts, small churches, and speakers who want reliable range and long runtime; both microphones and the receiver are rechargeable and the mics show battery and signal on a clear LED, so interruptions are easy to avoid. Setup is plug and play, and daily use proves its value for live vocals and speeches.

Key Features

• Rechargeable design: Both microphones and the receiver include rechargeable batteries so you do not need to buy disposable cells and can expect extended runtime on a charge.
• Long battery life: Each microphone can last up to about 30 hrs and the receiver about 15 hrs, reducing downtime during extended events and rehearsals.
• Clear LED display: The microphone display shows battery power and signal strength in real time so users can monitor status during performances.
• 100 ft wireless range: A transmission range of about 100 ft gives freedom of movement on stage or around a room without cables getting in the way.
• 2.4GHz digital technology: Low latency under 3 ms, noise reduction, and a frequency response of roughly 50Hz-18kHz produce clear, natural vocal sound for speech and singing.
• Plug and play receiver: The receiver uses a 6.35 mm audio output for direct connection to standard PA inputs with no pairing required, simplifying setup for nontechnical users.

Who It's For

The LEKATO K380S is aimed at small venues and casual performers: karaoke hosts, wedding officiants, classroom instructors, and small-church sound teams who need a dependable, cordless handheld solution that is easy to set up and charge. Its long mic battery life and visible status display make it suited to multihour events and repeat weekly use.

Those who need studio-grade recording or compatibility with Bluetooth speakers, MacBooks, or laptop USB audio interfaces should look elsewhere, since the receiver uses a 6.35 mm audio head and the system is not compatible with Bluetooth devices or direct computer streaming without an adapter.

Pros & Cons

Pros

• Rechargeable mics and receiver eliminate disposable batteries and provide long runtime for events.
• Good wireless range and reliable 2.4GHz digital transmission with low latency for live vocals.
• Easy plug-and-play receiver with a clear microphone LED for battery and signal monitoring.
• Solid build quality on the microphone heads and a portable receiver housing for mobile setups.

Cons

• Not compatible with Bluetooth speakers or direct MacBook/laptop connection without extra adapters.
• Receiver output is 6.35 mm only, which may require adapters for some PA gear.

Specifications

Product type	Dual handheld wireless microphone system
Wireless frequency	2.4GHz digital
Microphone battery life	About 30 hrs per microphone
Receiver battery life	About 15 hrs
Transmission range	Approximately 100 ft
Frequency response	50Hz-18kHz
Receiver output	6.35 mm audio jack

Our Verdict

The LEKATO K380S is a practical, cost-conscious choice for small live events and everyday vocal use because it combines long rechargeable runtimes, a visible mic display, and dependable 2.4GHz transmission in a plug-and-play package. For users who need simple setup, good range, and solid sound without buying batteries, it represents strong value; audiophiles or Bluetooth-centric setups should consider alternatives.

Frequently Asked Questions

Are these microphones rechargeable?
Yes, both handheld microphones and the receiver have rechargeable batteries and the mics show battery level on an LED display.

Can I use this with Bluetooth speakers or a laptop?
No, the system is not compatible with Bluetooth speakers and does not connect directly to MacBooks or laptops without adapters; the receiver uses a 6.35 mm audio output.

How many sets can be used at once?
The system supports up to 10 optional frequency sets to avoid interference when multiple systems are in use.