K9 Wireless Bluetooth Microphone Mobile Phone Sing MicrophoneBlack

UGX 80,924

UGX 115,41930%

In stock

+ shipping from UGX 15,657 to Central Business District

0 out of 5

(No ratings available)

Variation available

K9 Wireless Bluetooth Microphone Mobile Phone Sing Microphone(Black)

Promotions

Black Friday Live! Grab Up to 60% Off Now!Double the Value: Buy 2 or More, Get 20% Off Check out brand new computing deals Now

Report incorrect product information

Delivery & Returns

Shipped from abroad

Choose your location

Pickup Station

Delivery Fees UGX 15,657

Ready for pickup between 20 December and 25 December if you place your order within the next 7hrs 3mins

Door Delivery

Delivery Fees UGX 16,757

Ready for delivery between 20 December and 25 December if you place your order within the next 7hrs 3mins

Return Policy

Free return within 7 days for eligible items.Details

Seller Information

Moog

60%Seller Score

Be the first to follow

Seller Performance

This seller does not have enough history for us to evaluate his performance yet

Product details

1. Material: ABS
3. Charging power: DC5V
4. Battery capacity: 1800mAh
5. Bluetooth version: 5.0
6. Transmission distance: about 10m without obstacles
7. Pickup: capacitive
8. Rated power: 6W
9. Frequency response: 100Hz-10KHz
10. Use time: about 3-6h
11. Charging port: Micro USB
12. Reverb mode: echo sound effect reverb
13. Size: about 24.5 x 7.7 x 6.6cm

Features:
1. Support two microphones wireless interconnection, to achieve two people wireless chorus
2. 5.0 Bluetooth stable connection, monitor ear, listen and sing, wireless Karaoke, HIFI speakers, cell phone APP recording songs, plug-in playback, reverb adjustment
3. Microphone audio integrated, intelligent noise reduction, clear radio, prevent whistling
4. One key to eliminate the original song
5. Built-in 5 kinds of sound effects, one key to switch the doll voice / strange sound / male voice / female voice / original voice
6. Using high-performance technology OSP audio processing technology, powerful algorithms to quickly process a variety of digital signals