Sanag B22S bone conduction wireless headphones (black)

Sanag B22S bone conduction wireless headphones (black)

Sanag B22S bone conduction wireless headphones (black)

Sanag B22S are ergonomic bone conduction headphones that offer exceptional sound quality. With Bluetooth 5.3 and Flash Link 6.0, they provide a stable connection with a range of up to 10 meters, minimizing latency to 60 ms. The 140 mAh rechargeable battery allows for about 16 hours of music listening. IPX5 water resistance guarantees durability against outdoor conditions.

Dynamic sound

The Sanag B22S headphones feature a 17-millimeter diaphragm and support SBC and AAC codecs, resulting in rich and powerful bass and sound clarity. Freq Extreme technology further enhances the listening experience, and ACA’s patented acoustic chambers along with sound wire oscillators create a spacious soundstage for realistic music reproduction. You don’t have to worry about leakage – no one else will hear what you’re listening to.

Minimal latency

With Bluetooth 5.3 and Flash Link 6.0, the headphones provide a stable connection and reduced latency of up to 60ms. So you can comfortably play games and watch movies while enjoying perfect video and audio synchronization.

Lightweight and comfortable

The headband of the headphones is made of titanium, ensuring stability and comfort even during intense movement. The B22S weighs only 20 grams, so it is almost imperceptible during use. The headphones won’t slip off during intense movement, and the open-ear design allows you to listen to music while remaining aware of outside sounds, which increases safety during outdoor sports. As an added bonus, the headphones are IPX5 waterproof.

Intuitive controls

Mechanical buttons eliminate the risk of accidentally activating an unwanted function. With their help, you can conveniently control the music player and manage phone calls.

Long operating time

The 140 mAh battery provides about 16 hours of music listening. The headphones last up to 7 days in standby mode. You can renew their energy via USB-C or magnetic port.