Super Typhoon Bavi (2026)
Overview
Super Typhoon Bavi, also known as Super Typhoon Inday in the Philippines, is the ninth named storm of the 2026 Western Pacific season. It rapidly strengthened into a Category 5 super typhoon on 4 July, fueled by warm sea-surface temperatures around 30 °C that enabled explosive intensification Source 2.
Path & Landfalls
Bavi made a historic direct passage over Rota in the Northern Mariana Islands, marking the first recorded Category 5 eye-wall crossing for the island and bringing major impacts to nearby Guam Source 1. The storm is currently located in the Philippine Sea and is forecast to threaten Taiwan and southeastern China in the coming days Source 3.
Regional Preparations
Taiwan and southeastern China are bracing for a 1,000 km-wide wind field that could make Bavi one of the strongest storms in decades. Fishermen have been ordered to port, residents are stockpiling sandbags, and farmers are accelerating harvests Source 8. Japan is monitoring outer rain bands for potential indirect effects Source 7.
Tracking Resources
Real-time updates are available through interactive maps on Mappr.co, Weather Underground, and Cyclocane, supported by NASA Earth Observatory satellite imagery and JTWC data feeds Source 4.
FAQ
What is Super Typhoon Bavi?
A powerful Category 5 tropical cyclone that rapidly intensified in early July 2026 and has already struck the Northern Mariana Islands.
Where did Bavi make landfall?
The eye passed directly over Rota; Guam also experienced major effects.
Which areas are now at risk?
Taiwan and southeastern China are bracing for a potentially historic landfall.
How strong is the storm?
Peak winds have reached Category 5 levels, with a wind field spanning roughly 1,000 km.
Why is Bavi notable?
It is the first Category 5 typhoon whose eye has tracked over Rota and could become one of the strongest storms to hit Taiwan/China in decades.
Where can I follow real-time updates?
Live trackers are available on Weather Underground, Mappr.co, and Cyclocane, supplemented by NASA satellite imagery.
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