Real-time coverage of tropicalCyclones event — BAVI-26 — Pandita Data.
🌀 OPEN LIVE 3D WEATHER ALERTSTropical Cyclone BAVI-26 is intensifying in the western Pacific near 28.7°N, 120.4°E on July 1, 2026, posing direct threat to Guam, Northern Mariana Islands, Japan, Taiwan, and China. This system emerged over warm waters (>28.5°C) in a low-shear environment, accelerating rapid intensification typical of summer monsoon patterns across the Northwest Pacific basin.
BAVI-26 threatens millions across multiple island nations and East Asia's densest coastal zones. Storm surge, extreme winds (potentially >150 km/h), and torrential rainfall create cascading hazards: flash flooding inland, landslides in mountainous terrain, and power grid failure affecting critical infrastructure.
Tropical cyclones form when warm ocean water (≥26.5°C) transfers energy to overlying air, fueling convective towers. The Coriolis effect organizes this convection into rotating bands; low upper-level wind shear permits organized development. BAVI-26's track runs along the climatological monsoon trough, steering it toward densely populated zones.
Sea surface temperatures at 29–30°C in the Philippine Sea provide exceptional fuel. The system's outflow channels—high-altitude exhaust—are unobstructed, maximizing intensification efficiency. As BAVI-26 approaches Japan and Taiwan, cooler water (24–25°C) and increased shear will weaken it, but coastal impacts remain severe hours before weakening.
Real-time satellite microwave data (NOAA AMSR2, GPM) penetrate cloud layers to reveal rain structure and wind field organization. Sea surface temperature feeds from NOAA daily analyses; atmospheric pressure profiles from GDACS define intensity. Our 3D weather simulation integrates these streams hourly, showing vertical vortex dynamics, rainband evolution, and track probability cones.
The Northwest Pacific spawns ~25 named storms annually; ~40% reach typhoon strength (≥120 km/h sustained winds). Guam experiences direct hits roughly every 3–4 years. Storm surge can exceed 3–4 m in embayments; rainfall totals often reach 200–400 mm in 12 hours, triggering flash floods and debris flows on steep terrain.
Monitor BAVI-26's intensity, track, and coastal impacts via Pandita Data's real-time 3D weather simulation—updated hourly with NOAA satellite and pressure data. Track forecasts and rainfall accumulation models are critical tools for evacuation timing across Guam, Northern Mariana Islands, Japan, Taiwan, and China.