Qring's Titan Pro smart ring now available with magnetic charging case

Earlier this year, Qring introduced the Titan Pro smart ring, a direct successor to the first-generation Titan Ring. Now, Qring has launched the Titan Pro smart ring with a magnetic charging case, joining the original Titan Pro in the brand’s roster. Interestingly, the new magnetic version of the ring costs the same as the original version. 

Speaking more precisely, the Titan Pro magnetic charging version is priced at $99. As a part of the launch offer, every buyer will get a complimentary magnetic charging case. Please keep in mind that this is a limited-time offer. On top of that, the company is also offering up to $50 off any two smart rings or $10 off with newsletter signup. Interested buyers can purchase the smart ring directly from Qring’s official store. 

First, let’s talk about its charging case. The new portable magnetic charging case can provide up to 11 full recharges, which further extends the ring’s total battery life to about 30 additional days, said Qring in its press release. It ships with the same features and dimensions as the original Titan Pro. In terms of dimensions, the smart ring measures 2.7 mm (0.10 inch) in thickness and is 8 mm (0.31 inch) and weighs around 4 grams (0.14 oz). 

The 5 ATM-rated smart ring can monitor everything from heart rate and SpO2 levels to sleep stages and sleep duration. Furthermore, it offers a range of workout tracking options for fitness and sports enthusiasts, including swimming, cycling, walking, and running. Users can check all health, fitness, and wellness data via the Qring companion app. The app is available for free download with no subscription fees on both iOS and Android phones. 

As for sizes, the Titan Pro comes in sizes ranging from 18.3 mm to 21.6 mm. Moreover, you also get a built-in touchable display, which shows times, steps, heart rate, and battery directly from the ring. Last but not least, the smart ring boasts a 17 mAh battery and offers battery life of up to one week on a single charge.