Restored Beats by Dr. Dre Studio3 Wireless Noise Cancelling Headphones Matte Black MX3X2LL/A (Refurbished)
Restored Beats by Dr. Dre Studio3 Wireless Noise Cancelling Headphones Matte Black MX3X2LL/A (Refurbished)
PRODUCT OVERVIEW:Put the world on hold with a pair of Beats by Dr. Dre Studio3 Wireless Bluetooth Headphones. These over-ear headphones feature Pure Adaptive Noise Canceling for active noise blocking with real-time audio calibration based on fit. They connect to your device via Bluetooth and use the W1 chip to seamlessly pair with compatible devices. The headphones are equipped with soft . cushioned earcups . venting . and ergonomically friendly pivoting mechanisms for long-lasting comfort. Integrated controls let you adjust your music . take and end calls . and more. The lithium-ion battery provides up to 22 hours of use with Pure ANC turned on . or up to 40 hours without Pure ANC. An LED array shows current battery life. The included 3.5mm RemoteTalk cable with in-line controls can be used for a wired connection. A carrying case and micro-USB charging cable are included as well.FINE-TUNED ACOUSTICS AND PURE ANC:Beats Studio3 headphones deliver a premium listening experience with Pure Active Noise Cancelling (Pure ANC). Beats' Pure ANC actively blocks external noise and uses real-time audio calibration to preserve clarity . range and emotion. They continuously pinpoint external sounds to block while automatically responding to individual fit in real time . optimizing sound output to preserve a premium listening experience.DRIVEN BY THE APPLE W1 CHIP:The Apple W1 chip brings seamless setup and switching for Apple devices . up to 22 hours of battery life for all-day playback with Pure ANC on . and Fast Fuel technology for 3 hours of play with a 10-minute charge. Turning Pure ANC off provides up to 40 hours of battery life. Take calls . skip songs . control volume and activate Siri using the convenient multi-function on-ear controls. The Apple W1 chip features Class 1 Bluetooth connectivity - ideal for range and signal strength.