Luxuglow Bluetooth 5.0 Amplifier Board with USB TF Player - DIY Karaoke Home Car 110V/220V

In stock
SKU: 14:865#US Plug
Christmas starts right now! Shop whatever you like from a huge selection of 500,000 products at very low PRE-HOLIDAY prices, WITHOUT PAYMENT, and mark in your shopping cart the date you want us to send them to you, via cash on delivery, to your nearest Akis Express location! You can select any date up until December 27th, 2024! Plus, free shipping for purchases over €20.00! You can cancel anytime. (The COD payment is only valid for deliveries in Cyprus).
Color
Regular price €36,04
Regular price Sale €57,66 Sale price €36,04

**Features:**
- Support reading MP3 songs in TF card and U disk
- Support independent adjustment of treble, bass, and master volume
- AUX Audio input for connection to computer, phone, or CD
- Dual microphone input with adjustable reverb
- Built-in Bluetooth and FM radio for versatile connectivity
- Compatible with Wireless Microphone Board (not included)
- Suitable for 4-8 Ohm speakers with power less than 200W

**Specifications:**
- Material: plastic + metal
- Voltage: AC 220V/50Hz, AC 110V/60Hz
- Rate Power: 100W
- Power output: 100W-300W
- Speaker opening size: 5 * 15.6cm
- Size: 17.5 * 8cm
- Colour: black

**Package Includes:**
- 1 x Amplifier Board
- 1 x Power Cable
- 1 x Speaker Wire
- 1 x DC Line
- 1 x Remote control

A versatile performer, this Bluetooth 5.0 Amplifier Board from Luxuglow is a DIY enthusiast's dream. Whether for home entertainment or in-car karaoke sessions, this amplifier board delivers a robust 100W power output. The intuitive design allows for independent adjustments of treble, bass, and master volume, ensuring a customised audio experience. Additionally, the dual microphone input with adjustable reverb and built-in Bluetooth feature enhances the allure of this amplifier.

**Customer Reminder:**
1. Please allow for slight differences in measurements and colour due to manual processes and display variations.
2. The item’s colour may slightly differ from the images due to light and screen differences.