The Huawei Watch GT 7 Pro is available for R$ 1,721 when paying via Pix using the coupon AQUITEM, and can be purchased in up to 10 interest-free installments on Mercado Livre. This premium category smartwatch features a titanium body, an AMOLED screen, and supports over 110 types of physical activities, representing a 36% discount from its original price of R$ 2,699.
The new Huawei Watch GT 7 Pro shares many characteristics with its predecessor, the Watch GT 6 Pro, presenting only incremental updates. Two of these notable improvements relate to the strap, which has become more comfortable, and the bezel, which now features a superior nanocrystalline ceramic finish, a material also used in the model expected in 2026.
This smartwatch is capable of monitoring over 110 sports modes, including additions such as golf and skiing, surpassing the little over 100 modes supported by the Watch GT 6 Pro. Furthermore, its sensors offer quality of life features, such as electrocardiogram (ECG), sleep tracking, female health monitoring, and blood oxygen measurement (SpO2).
In dangerous situations, this wearable device can assist the user: in case of a medical emergency, it initiates a countdown, and if the user does not recover on their own, it has the ability to contact emergency numbers, such as 190 (police) and 192 (ambulance), provided it is connected to a mobile phone.
The AMOLED screen of the Watch GT 7 Pro measures 1.47 inches, reaches a brightness of up to 3,000 nits, and displays excellent color quality, ensuring visibility in any environment. Its damage protection is ensured by Sapphire glass.
With a 46mm titanium alloy body, the watch has IP69 and 5 ATM certifications, allowing for use in water sports. According to Huawei, the 867 mAh battery lasts up to 21 days in power-saving mode, 12 days in moderate use, and 7 days with Always-On Display (AOD) activated, in addition to supporting 10W wireless charging.
The Huawei Watch GT 7 Pro also features Bluetooth 6.0 connectivity and multiband GPS, enabling precise real-time location determination of the user.