MG100 Bluetooth Smart Sun Glasses Bluetooth 5.3 Blocks UVA/UVB Rays

Step into a new dimension of sound and style with the MG100 Smart Audio Glasses. These innovative glasses combine premium UV-protection lenses with integrated open-ear speakers, delivering high-fidelity audio without blocking your ears or your surroundings. Featuring advanced DT3.0 Pulse Directional Audio Adaptation Technology, the glasses detect sound direction and automatically adjust the speaker angle up to +25°, ensuring precise, clear directional audio whether you’re in low or high volume mode. Powered by Bluetooth 5.3, the MG100 offers fast, stable wireless connectivity and easy one-touch control for music, calls, and voice assistants. The high-sealed, sweat-resistant and waterproof design protects against moisture, rain, and makeup, making them perfect for workouts, travel, and daily wear. With a comfortable spring-hinge temple design that flexes up to ±30° to fit various face shapes, these glasses provide all-day comfort. Fast Type-C charging and long battery life keep you connected and immersed in theater-grade sound wherever you go.

• DT3.0 Directional Audio Technology – Automatically adjusts speaker angle up to +25° for precise sound delivery.
• Open-Ear Speaker Design – HiFi stereo sound with rich bass and clear highs; hear your surroundings safely.
• Bluetooth 5.3 Connectivity – Faster pairing, stable connection, and low power consumption.
• HD UV-Protection Lenses – Blocks harmful UVA/UVB rays, reduces glare, and enhances visual clarity.
• Sweat & Water Resistant – High-sealed construction resists sweat, rain, and splashes.
• Comfort-Fit Spring Hinge – Temples flex ±30° to adapt to different face shapes without pressure.
• One-Touch Controls – Easy button operation for music, calls, volume, and voice assistant.
• Type-C Fast Charging – Quick recharge for extended use on the go.
• Lightweight & Durable Frame – Stylish design suitable for sports, driving, work, and everyday wear.
• Long Battery Life – Enjoy hours of music, calls, and audio content on a single charge.