Wired Bone Conduction Headphones with Microphone | 3.5mm AUX Wired, Open-Ear Earbuds, 7ft Extension Cable, Hands Free, Volume Control, Sweatproof

Open-Ear Comfort for
Extended Wear: Enjoy pressure-free comfort with these ultra-lightweight, open ear wired headphones. Weighing just 1.7 oz, they prevent ear canal fatigue and avoid the mess of in-ear buds, making them ideal for extended listening sessions, long calls, or continuous wear during work and workouts. The ergonomic, sweatproof design provides a secure and healthy fit for any activity. Superior Bone Conduction Audio & Situational Awareness: Stay connected to your surroundings while enjoying audio. These wired bone conduction headphones deliver clear sound directly through your cheekbones, keeping your ears completely open. This innovative technology lets you hear music, podcasts, and calls with clarity while staying fully aware of traffic, conversations, and important ambient sounds for enhanced safety outdoors. Plug-and-Play Reliability with
No Latency: Forget about Bluetooth pairing, battery concerns, or audio delay. These headphones feature a standard 3.5 mm jack for an instant, stable connection to your smartphone, laptop, tablet, or gaming console. Enjoy a pure, uninterrupted experience suitable for competitive gaming, precise video editing, or immersive movie watching where every millisecond matters. Enhanced Versatility with Included 7ft
Extension Cable: Designed for real-life mobility, this wired set includes a generous 7-foot (approx. 2.1 m) tangle-resistant auxiliary cable. Gain the freedom to move around your home gym, office, or workshop without being tethered closely to your device. The in-line remote contains a hands-free microphone and volume control for easy management of your music and calls on the go. Built for Active Lifestyles with
Durable Construction: Made for durability, these sweat-resistant wired earbuds are your companion for running, cycling, hiking, or gym sessions. As with all open-ear designs, sound leakage may occur at very high volumes in quiet environments