The Handheld Weather Station FT-SQ8+, manufactured by Fengtu, has overall dimensions of 370×208×80mm and a total weight of 363.2g, making it easy to carry to various scenarios such as the wilderness.

FT-SQ8+ is equipped with precision sensors and intelligent chips, enabling accurate measurement of multiple meteorological elements. With a wide measurement range, high precision, and strong resolution, it can simultaneously measure wind speed, wind direction, average wind speed, temperature, humidity, atmospheric pressure, altitude, heat index, wet-bulb temperature, wave height, and other elements. The device features high-precision and fast GNSS triple-mode positioning (or optional single Beidou mode), providing users with more accurate location information.

FT-SQ8+ has a built-in large-capacity FLASH storage chip that can store up to 40,000 pieces of meteorological data. The data recording interval can be set between 1-60 minutes, meeting users' needs for long-term recording and analysis of meteorological data. It is also equipped with a Type-C communication interface for reading internal storage data and an external DTU-4G module, which can quickly and stably upload collected meteorological data to the cloud platform without complex wiring and without distance limitations.

Powered by a 3800mAh lithium battery with low-power design, it supports long standby time and can operate continuously for 18 hours, ensuring stable performance in outdoor and other environments. The 3.5-inch LCD screen clearly displays various meteorological elements for users to view in real time.

It is widely applicable in meteorology, environmental protection, airports, agriculture and forestry, hydrology, military, warehousing, scientific research, and other fields, providing strong support for meteorological monitoring and research in various industries. Especially in scenarios such as emergency rescue, its portability and fast data transmission capabilities play a critical role in providing timely and accurate meteorological information for emergency decision-making.