Audio Technica ATH-S300BT

SKU: ATH-S300BTBK

Price:
Sale price$149.00
Stock:
In stock

Description

Wireless audio innovation is here with the Audio Technica ATH-S300BT, where wireless technology meets comfort, style, and convenience. These wireless headphones deliver an unparalleled audio experience with the freedom of Bluetooth® connectivity. The ATH-S300BT offers advanced features, like digital hybrid noise-cancelling technology, to customize your sound space no matter where you are. Thanks to the hear-through function, you can remain aware of your surroundings without pausing your favorite songs, while the multipoint pairing feature allows for seamless transitions between audio and enhances multitasking. With an exceptional battery life of up to 90 hours from a single charge, the ATH-S300BT headphones ensure convenient, uninterrupted listening. 

90-Hr Battery Life

With the ATH-S300BT, the music – or videos or games or calls – never has to stop. The best-in-class battery life gives you up to 90 hours of playback. And when the battery’s low, a quick three-minute charge provides you with an additional 2.5 hours.

Digital Hybrid Noise Cancellation

Small MEMS microphones are built into the housings to pick up and cancel ambient noise. When selected, the system deploys both feedforward and feedback processes to give you the best active noise cancellation you can get.

Comfort and Style

We designed the ATH-S300BT headphones to look and feel as good as they sound. With versatile neutral coloring, a distinctive terrazzo marbled pattern trim, and ergonomic earpads, you can count on these headphones to keep you in comfort and style. Plus, the housings fold flat for easy storage and transport.

You're In Control

Select the noise-cancelling function to block outside noise and keep things quiet, or select the hear-through function to stay in touch with your surroundings and engage in conversations. As an added convenience, the headphones are equipped with a multipoint pairing function that lets you switch seamlessly between two connected Bluetooth devices.

Recently viewed