AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon RedSale

OPEN-EAR DESIGN – Patented bone conduction technology delivers audio through the cheekbone, keeping you connected and aware of your surroundings.

This is the officially licensed AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon Red for the AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon Red. This AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon Red is made from 100% polyester, which makes it lightweight and breathable and is also durable enough to withstand the wear and tear of everyday use.

DESIGNED FOR LONG-TERM WEAR – The new, organic, wraparound headphone design is 20% lighter than its counterpart Titanium to deliver unnoticeable all-day comfort. The six-hour continuous use battery life further supports long-term wear.

BLUETOOTH CONNECTIVITY – Wireless headset with Bluetooth v4.2 connectivity and convenient multipoint pairing. Air is compatible with your iOS and Android Bluetooth-ready smartphones or tablets and Mac and PC computers and laptops.

PREMIUM AUDIO – These innovative AfterShokz earphones offer PremiumPitch technology for wide dynamic range and rich bass, Leakslayer technology to reduce natural sound leakage, and dual noise-canceling mics.

VISIBILITY ON-THE-GO – Reflective strips easily adhere to bikes, helmets, shoes, and more. Designed to be visible from up to 500+ feet at night and blend into clothes and gear during the day. Made with durable reflective material.

This is an official AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon Red, which is designed with a tailored fit and the team logo on the center of the front end. This AfterShokz Air AS650CR Open-Ear Wireless Bone Conduction Headphones with Reflective Strips, Canyon Red item is designed with an oversized cut and is made of 100% polyester.