Hi-Res Over Ear Bluetooth 5.2 Headphones, Oneodio Pro-C Wireless With Mic, Headset For Phone PC Sports

Discover unmatched audio freedom with the Oneodio Pro-C Bluetooth Wireless Headphones With Mic — engineered for listeners who demand endurance, clarity, and versatility. Whether you're gaming, working from home, commuting, or engaging in light workouts, this headset delivers.

Long-Lasting Power Meets Hi-Res Fidelity

With 110Hr Hi-Res Over Ear Bluetooth 5.2 playback on a single charge, you’re freed from daily charging cycles. That’s nearly five full days of continuous wireless listening.
The built-in high-capacitance battery ensures consistent power delivery — so your music, podcasts, or calls stay vibrant until the very last percent.

Immersive Over-Ear Design for Comfort & Sound Isolation

Crafted for comfort, these over-ear cushions wrap your ears with soft memory-foam padding and protein leather to reduce listening fatigue. The closed-back design helps block ambient noise — great for focus at your desk or on the move.

Dual Connection & Versatile Compatibility

Thanks to Bluetooth 5.2 support, the headset seamlessly pairs with smartphones, tablets, PCs, and more. It also supports wired mode via the included 3.5 mm audio cable — so even when the battery runs out (though rare), you can keep using it uninterrupted.

Clear Calls & Hands-Free Control

A built-in mic with advanced noise filtering ensures your voice remains crisp and intelligible on calls or streaming. Easily manage play, pause, track skip, or accept calls with onboard controls — no fumbling through menus.

Built for Active Lifestyles

This headset is light and foldable, making it a great companion for workouts, jogging, or travel. Its sturdy hinges snap open and collapse for compact storage — ideal for carrying in a gym bag or backpack.

Balanced, Rich Sound for All Genres

Equipped with 50 mm dynamic drivers, the sound signature is tailored for clear mids, controlled bass, and expressive highs. You’ll feel the punch in your favorite tracks while retaining definition and separation across instruments.