- Enjoy all-day comfort and stability with a lightweight, skin-friendly liquid silicone exterior and secure ear hook featuring an ultra-thin flexible memory titanium wire.
- Stay connected to your environment thanks to the open-ear design, perfect for effortless listening during daily activities, work, and workouts.
- Experience superior sound with xiaomi's first hybrid multiple drivers open-wear earbuds, combining a custom ultra-large dynamic driver, dual balanced armatures, and an ultra-high-frequency piezoelectric ceramic tweeter for powerful bass and clear, immersive audio.
Xiaomi OpenWear Stereo Pro - Titan Gray
Lightweight and comfortable
The exterior is wrapped in soft and comfortable skin-friendly liquid silicone.
The ear hook is embedded with an ultra-thin 0.6mm flexible memory titanium wire, offering flexibility and resilience for a secure fit around the ear.
Open-ear design
Stay aware of changes in your surroundings, no matter what you're doing. Whether in daily life, at work, or during workouts, enjoy a truly effortless listening experience.
Open-ear earbuds with top-notch acoustics
Presenting Xiaomi's first hybrid multiple drivers open-wear earbuds. Featuring a custom ultra-large 18 x 13mm dynamic driver with a high-polymer composite diaphragm and dual internal-external magnetic design for more powerful bass. Equipped with Hi-Fi-grade dual balanced armatures and an ultra-high-frequency piezoelectric ceramic tweeter, the earbuds deliver crisper treble and richer detail reproduction.
Harman AudioEFX
Tuned in collaboration with experts from Harman to deliver two dedicated EQ profiles. You can also choose from multiple sound modes to suit your preferences. (Please download Xiaomi Earbuds app or go to the Bluetooth settings page to enjoy the EQ profiles feature. Multiple sound modes can be set on the Bluetooth settings page on Xiaomi smartphones or in the Xiaomi Earbuds app.)
Dimensional audio
360o head-tracking surround sound delivers an immersive auditory experience, absorbing you in the moment with precise spatial sound.