K69 Wireless Earphones Headset HiFi Earbuds Bone Conduction Bluetooth Headphones Waterproof Bluetooth 5.0 Sport Earphones
SPECIFICATIONS
Active Noise-Cancellation: Yes
Audio latency: -
Brand Name: NONE
Category: Earphones & Headphones
Charging Time: 0
Choice: yes
Communication: WireLess
Control Button: Yes
Control Method: Others
Department: Unisex-adult
High-concerned chemical: none
Material: PVC
Origin: Mainland China
Speaker maximum output power: 0
Style: Wired in-ear headphones
Vocalism Principle: Dynamic
Volume Control: Yes
semi_Choice: yes
whether electrical: No
Bluetooth Pairing: Bluetooth GCD
Bluetooth Version: 5.0
Charging Port: Android
Transmission Distance: 10M
Battery: 90mah
Prompt Tone: English
Endurance: about 7-8h
Playback Duration: about 3-4h
Colour: Green/Pink/Black
Water Proof: IPX5
Material: Plastic
Package Size: 16.5x10x1.5cm(6.50x3.94x0.59in)
Features:
1. **Bone Conduction Technology**: The K69 wireless earphones utilize advanced bone conduction technology, delivering sound through your cheekbones, ensuring clear audio without blocking your ears.
2. **HiFi Sound Quality**: Experience high-fidelity sound with these earbuds, providing rich, immersive audio for music, calls, and more, enhancing your listening experience.
3. **Bluetooth 5.0 Connectivity**: Equipped with Bluetooth 5.0, these earphones offer a stable and fast connection, ensuring seamless pairing with your devices and uninterrupted audio.
4. **Built-in Microphone**: The integrated microphone allows for clear and hands-free calling, making it convenient for both professional and personal use.
5. **Sport-Friendly Design**: Lightweight and comfortable, these earphones are designed for active lifestyles, providing a secure fit during workouts, running, and other sports activities.
Package Content: 1 * Bluetooth-compatible Earphones
Notes:
1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.










