Training 4-AS321DataSheet

AS321DataSheet

Pdf Summary

The AfterShokz Sportz M2 (Model AS321) open ear sport headphones are designed to deliver sound through patent-pending bone conduction technology. This innovative approach uses the cheekbones to transmit sound to the inner ear, bypassing the eardrums and allowing for safer outdoor experiences as ambient noises like traffic or sirens remain audible. These headphones are especially suitable for activities such as jogging, biking, and hiking.<br /><br />Key features include an open ear design for increased safety, lightweight construction, sweat and water resistance, and a wraparound headband that ensures stability during movement. The headphones also come with an in-line microphone for making and taking calls, along with a control box clipped to clothing for managing power, volume, and playback functions. A reflective silver strip on the headband increases visibility during low-light conditions. <br /><br />The specifications highlight dual suspension bone conduction speakers, a sensitivity of 100 ± 3dB, a frequency response of 20Hz to 20KHz, and a built-in microphone with -41dB ± 3dB. The headphones are powered by a rechargeable lithium battery, providing up to 12 hours of playback on a full charge at low volume. Charging takes approximately two hours using the included micro USB cable. The headphones connect to devices via a 3.5mm gold-plated connector compatible with most smartphones, iPhones, iPods, iPads, and MP3 players.<br /><br />Weighing 45g (1.6 ounces), the AfterShokz Sportz M2 headphones are available in a black color with orange transducer pads and come with a 2-year warranty. The product includes a deluxe hard storage case and is priced at an MSRP of $79.95 USD. For further details on bone conduction technology, consumers can visit the AfterShokz website.

Keywords

AfterShokz Sportz M2

bone conduction technology

open ear headphones

outdoor activities

safety features

lightweight construction

sweat resistance

rechargeable battery

3.5mm connector

reflective visibility