Ibiza Karaoke System w. Bluetooth and 2 Microphones (White)
€ 106
GLS - Home Delivery | €10 |
GLS Pick-up-point | €10 |
GLS Company Delivery | €10 |
Matching accessories:
- Powerful, compact battery powered Karaoke System with Bluetooth and 2 microphones
- 120 Watt, built-in light show
- System and wireless microphones rechargeable
- 5-6 hours battery operation, charging time 3 1/2 hours
- Music via Bluetooth, USB, microSD, AUX or Coax
- Compatible with connected TV, smartphones, tablet PC via Bluetooth.
- Built-in effects for the voices.
- Easily transportable.
Ibiza Karaoke System w. Bluetooth and 2 Microphones (White)
- Powerful and compact battery-powered Karaoke System with Bluetooth and 2 microphones.
- Plenty of power and energy with 120 watts.
- Built-in light show.
- Both the system and the two wireless microphones are USB-C rechargeable.
- 5-6 hours of battery life.
- Charging time 3 1/2 hours.
- Connect music sources via Bluetooth, USB, microSD, AUX or Coax.
- Compatible with connected TV, smartphones, tablet PC via Bluetooth.
- Watch your karaoke videos on your tv, smartphone, tablet etc. and get the sound from the karaoke system.
- Echo and reverb functions for the microphones.
- 5 voice effects (deep voice becomes light voice and vice versa, monster voice, baby voice, reverb effect)
- Easy to take on the go - the microphones can be clicked onto the sides of the system, which with its handle makes it easily transportable.
- Weighs only 2.2 kg.
- Dimensions: 260 x 270 x 220mm
- Available in white and black.
- Volume button for adjusting the sound of music (the volume button does not control the sound for the microphones)
Model/Product no.: | 10-9010 |
Weight (kg) | 2,5 |
- Dimensions 260 x 270 x 220mm
- Woofer 4"/10cm
- Input voltage 5V 2A via USB-C lead
- Tweeter 1.25"
- Max power 120W
- Weight 2.2kg
- Battery Li-ion 3.7V 4000mAh 14.8Wh
- Bluetooth frequency band 2402-2480MHz
- Operating time on battery 5-6 hours
- Charging time 3.5 hours
- Hand-held mic frequency 2.4GHz
- Max. RF transmission power of BT 3.98dBm