10 Best Bone Conduction Headphones 2025 in the United States

The SHOKZ New OpenRun Pro 2 are wireless bone conduction headphones designed especially for active users who want to stay aware of their surroundings. They stand out by combining bone conduction tech with added air conduction bass, delivering richer sound with clear highs and surprisingly deep bass for this type. The open-ear design keeps your ears free, making them comfy for long workouts and safer for outdoor activities. The headphones weigh just 30 grams and feature a flexible titanium-alloy memory wire that holds securely without slipping, perfect for running or cycling. Battery life is solid at about 12 hours, and quick charging means you can get back in action with just an hour of charge. They are sweat and water-resistant, which protects them during intense exercise or light rain. The dual microphones with AI noise reduction handle calls well, reducing wind noise effectively, although very noisy environments might still pose a challenge. Bluetooth 5.3 ensures stable wireless connectivity up to around 33 feet, and physical button controls are easy to use even while moving. Plus, the Shokz app lets you customize sound profiles, which is a nice touch for noisy surroundings.

Because they use open-ear bone conduction technology, the sound won’t be as immersive as traditional headphones, and some bass lovers might find it less powerful despite improvements. Also, sound leakage might be noticeable in very quiet places, which could bother others nearby. These headphones are an excellent fit for fitness enthusiasts and outdoor users who value safety and comfort over the deepest audio experience.

The SHOKZ OpenRun bone conduction headphones are a solid choice for anyone wanting open-ear listening, especially during workouts or running. Their lightweight, wraparound design with an included headband offers a comfortable fit that doesn’t plug or cover your ears, helping you stay aware of surroundings for safety. Sound quality is good for bone conduction technology, delivering clear audio through vibrations on the cheekbones, though it won't match the richness of traditional earbuds or headphones.

Battery life is handy, providing about 8 hours of continuous use with quick 10-minute charging for over an hour of playback. The IP67 waterproof rating means they handle sweat and rain well, but they're not designed for swimming. Bluetooth 5.1 ensures a stable wireless connection up to 10 meters, and basic button controls let you manage volume and calls easily, though the open-ear design limits noise isolation and active noise cancellation effectiveness.

These headphones suit active users who prioritize safety and comfort over deep bass or complete noise blocking. Durability is strong enough for sports use, with moisture alerts to protect charging.

The SHOKZ OpenRun Pro bone conduction headphones are designed for fitness enthusiasts who prefer an open-ear design. One of the standout features is their comfort; the wraparound titanium frame ensures these headphones remain secure, making them great for running or intense workouts. They also excel in safety, allowing you to stay aware of your surroundings, unlike traditional earbuds that block ambient noise. With a battery life of 10 hours, these headphones can keep you entertained for a lengthy workout session, and a quick charge feature provides additional convenience.

Sound quality is impressive for bone conduction technology, thanks to Shokz's TurboPitch technology, delivering clear audio and decent bass. The OpenRun Pro is also water and sweat-resistant, meaning you don't have to worry about moisture damaging your headphones during intense activities.

On the downside, these headphones lack active noise control, which may not be ideal if you're looking for an immersive audio experience in noisy environments. Additionally, while the controls are touch-based, some users might find them less intuitive than physical buttons. The lightweight design is a plus, but those not accustomed to bone conduction might take time to adjust to the sound delivery method.