Typhoon Bavi is forecast to make landfall on the eastern coast of China on Saturday evening, July 12, 2026 [1, 8].
The storm's massive scale and intensity threaten to cause widespread destruction through extreme rainfall, flooding, and landslides across East Asia. Because the system is moving westward after intensifying over the ocean, it poses a significant risk to densely populated coastal regions.
Bavi is a vast weather system with a maximum width of approximately 1,000 km [4]. While current sustained winds are around 140 km/h, a Category 1 equivalent, the storm has reached peak sustained winds of about 290 km/h [1, 2].
Forecasters said that the typhoon could dump between 300 and 400 mm of rain in a single day [3]. This volume of precipitation is expected to trigger severe flooding and landslides as the storm moves toward China, with related impacts also affecting Taiwan and Japan [1, 2].
The storm has already caused deaths in the Philippines. Reports on the death toll from landslides in the Philippines vary, with Al Jazeera reporting 15 deaths [5] and Yahoo reporting 11 [6]. Additionally, 39 flood-related deaths have been reported across the region [7].
Authorities in the projected path of the storm are preparing for the landfall on Saturday evening [8]. The combination of high winds and extreme rain makes the system particularly dangerous for infrastructure, and rural hillside communities.
“Typhoon Bavi is forecast to make landfall on the eastern coast of China on Saturday evening.”
The variance in death tolls from the Philippines highlights the difficulty of real-time casualty tracking during active natural disasters. With a system width of 1,000 km and the potential for 400 mm of rain, the scale of Bavi suggests a regional crisis rather than a localized event, potentially straining disaster response resources across multiple nations simultaneously.
