JBL Tune Flex TWS earphones with ‘Sound Fit’, up to 32 hours battery launched in India

The JBL Tune Flex true wireless stereo (TWS) earphones were launched in India on Tuesday. The company is marketing them as the world’s first convertible TWS earbuds with the ability to swap out different ear tips to give them an open-ear or closed-ear/sealed-ear design. JBL calls this feature ‘Sound Fit’. The earphones come with six modes of active noise cancellation (ANC) tuning, offer hands-free voice control and are IPX4 rated for water resistance.

JBL Tune Flex Price, Availability

JBL Tune Flex Price in India Rs. 6,999. They are available for purchase above Flipkart And JBL.com In black color option.

JBL Tune Flex feature

The JBL Tune Flex TWS earphones are equipped with 12mm drivers and come with JBL Pure Bass Sound as well as JBL Sound Fit. JBL Sound Fit is a way to make the design of the earbuds open-ended or closed-ended. They come with an open ear tip design that provides great natural awareness. However, if you need better noise cancellation, you can add a pair of ceiling tips to reduce ambient noise.

Apart from the sealing tips, the JBL Tune Flex TWS earphones come with ANC. There’s also a Smart Ambient feature that allows sound to flow through the earphones, giving better ambient awareness. Users can further tinker with the audio output via the JBL Headphone app. The earbuds also have a total of four microphones that allow for a crisp and clear calling experience.

The JBL Tune Flex earbuds are claimed to offer up to 8 hours of battery life on a single charge with ANC off. With ANC on, the earbuds offer up to 6 hours of playtime. The case provides an additional 24 hours of battery which means the total battery life of these earphones is around 32 hours (with ANC off). JBL claims that the earphones can provide up to 2 hours of runtime in 10 minutes of charging.

They also have a hands-free voice control feature that can be controlled using Google Assistant. The JBL Tune Flex TWS earphones are IPX4 rated for water resistance.