The dual OS-powered OnePlus Watch 2 battery life champ is also a value champion ahead of Black Friday 2024 at a lower-than-ever price of $199 with a free backup strap also included.
What goes well with the OnePlus Open or OnePlus 12 phone that you can purchase today for an incredible (and incredibly early) Black Friday 2024 discount? Yes, a Wear OS-enabled OnePlus Watch 2 at an equally incomparable price.
The company’s greatest Apple Watch substitute to date, which was previously priced at $299.99, is now only $199.99, which also comes with a complimentary backup band. All you have to do is create a free e-store account and then register for the official OnePlus Black Friday Early Access event, which will bring your total pre-holiday discounts to an incredible $140.
That should provide a unique coupon code that will immediately lower the pricing of the OnePlus Watch 2, OnePlus 12, OnePlus Open, and other devices at checkout without requiring you to fulfill any more requirements or go through any kind of formalities.
The OnePlus Watch 2, which is powered by a Snapdragon W5 Gen 1 CPU, is about as fast as the more expensive Apple Watch Series 10 or Samsung Galaxy Watch 7, and because to its clever dual OS software design, it has a far longer battery life than most Wear OS devices.
Indeed, when you’re prepared to sacrifice the majority of features in order to get up to 12 days of endurance on a single charge, a second operating system will take over. The OnePlus Watch 2 is an undisputed battery life champion even without that clever method, managing to keep the lights on for almost 100 hours without sacrificing functionality.
Without a doubt, this is a really useful and feature-rich watch, with a stunning circular AMOLED display and nearly all the features you could possibly require for fitness tracking and health monitoring. Even without ECG technology, this value equation is extremely difficult to beat by the end of the holiday season because it includes a blood oxygen sensor, detailed sleep tracking, heart rate monitoring, stress detection, and a variety of activity measures.