Description

Product Overview

The K69 Wireless Bone Conduction Headphones deliver a safer, more comfortable listening experience with an open-ear design. Lightweight, flexible, and built for active lifestyles, these headphones are perfect for running, cycling, hiking, workouts, and hands-free calls.

Key Features

1. Ultra-Light & Comfortable (20g)

Designed to sit comfortably in front of your ears rather than inside them. Weighing only 20g, they remain secure and almost unnoticeable—even during intense workouts.

2. Open-Ear Safety Design

Stay aware of your surroundings while enjoying music or podcasts. Ideal for outdoor sports such as jogging, cycling, sprinting, and hiking.

3. Long Battery Life & Fast Charging

• 180mAh battery with IC protection

• Up to 13 hours of continuous playback

• Fully charges in approximately 1 hour

• Standby time: 60+ days

4. Stable Bluetooth 5.0 Connection

Equipped with Bluetooth 5.0 technology for faster pairing, stable transmission, and low power consumption.

• Wireless range: 10–15 meters

5. Clear & Balanced Sound

Advanced bone conduction technology delivers balanced audio and clear call quality for music, study, and workouts.

6. Flexible & Durable Frame

Built with a memory titanium alloy skeleton that adapts to different head sizes. Strong, flexible, and resistant to deformation even after bending or twisting.

• Model: K69

• Wearing Style: Ear Hook / Open-Ear

• Vocalism Principle: Bone Conduction

• Communication: Wireless

• Bluetooth Version: 5.0

• Control Buttons: Yes

• Volume Control: Yes

• Battery Capacity: 180mAh

• Charging Time: Approx. 1 hour

• Standby Time: 60+ days

• Wireless Distance: 10–15 meters

• Material: Plastic + Titanium Alloy Frame

• Color: Black

• Net Weight: 20g

• Gross Weight: 52g

• Color Box Size: 165 × 105 × 18 mm

Package Includes

• 1 × K69 Bone Conduction Headphones

• 1 × Charging Cable

• 1 × User Manual

Note

• Due to lighting and monitor differences, actual product color may vary slightly.

• Please allow 1–2 cm measurement deviation due to manual measurement.