Home

Headphones

Open-ear wireless sports headphones

Run safe, ride free

Press play on a new way to listen while you train! These bone-conducting wireless sports headphones leave you free to talk to fellow athletes-and retain complete awareness of your surroundings. Your runs and rides just got an upgrade.

See all benefits

Buy this product at:

See all retailers

Run safe, ride free

  • Open-ear fit
  • Bone conduction
  • Lightweight and rugged
  • IP67 dust/water protection

Bone conduction. Sounds without earphones

Bone conduction technology transmits sound through the bones of your skull, leaving your ears completely open to your environment. You can enjoy your music and podcasts, and still hear your feet hitting the trail. Or a car getting too close to your rear wheel.

Lightweight. Tough. Comfortable

Experience a new kind of comfort. The securely fitting, lightweight frame is engineered from titanium-and wrapped in rubber to keep it flexible. With nothing in or on your ears, you're free to train without distraction.

Total awareness. Open-ear design

Need total awareness of your surroundings while you run or ride? The unique open-ear design of these bone-conducting headphones means they're perfect for race day. With nothing in your ears at all, you'll hear everything you need to-and your music too.

Train all day. 9 hours play time

Integrated controls. Clear calls. Easy pairing

IP67 dustproof and waterproof

Custom sound control and more. Philips Headphones app

Be seen. LED running lights

Technical Specifications
  • Sound

    Frequency range

    130 - 16 000 Hz

    Speaker diameter

    15 mm

    Impedance

    4 Ohm

    Maximum power input

    300 mW

    Sensitivity

    87 dB (1K Hz)

    Driver type

    Dynamic

  • Connectivity

    Bluetooth version

    5.2

    Wireless

    Yes

    Bluetooth profiles
    • A2DP

    • AVRCP

    • HFP

    Maximum range

    Up to 10  m

    Supported codec

    SBC

    Type of wireless transmission

    Bluetooth

  • Battery life of playtime is approximate and may vary depending on application condition.