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12. Okt. 2026
Hurricane Simon Puts Puerto Vallarta at Risk as Landfall Remains Unclear
Hurricane Simon tracked close to Mexico’s Pacific coast, raising warnings of destructive winds, storm surge, flooding and mudslides near Puerto Vallarta. Coverage from both outlets stressed that uncertainty over landfall could determine how much strength the storm retains.
Hurricane Simon was moving parallel to Mexico’s Pacific shoreline Sunday, putting the Puerto Vallarta area in the path of dangerous winds, heavy rain and coastal flooding even as forecasters remained unsure whether the storm’s centre would cross land.
The right-leaning outlet framed the danger around a powerful Category 4 system approaching a major holiday destination. It reported sustained winds of up to 140 mph (220 kph) and said the storm’s most destructive conditions were expected from around midnight through Monday morning. The report also noted that the eye was about 65 miles (100 kilometres) from Cabo Corrientes by midday Sunday, moving at roughly 7 mph (11 kph).1
The left-leaning outlet presented essentially the same forecast, likewise identifying Puerto Vallarta in Jalisco as the area facing the heaviest wind and rain. Its account similarly underscored the uncertainty over a landfall: if Simon stayed offshore, it could preserve more of its intensity before passing the coast.2
The two reports differ little in their interpretation of the threat. Both rely on the assessment of National Hurricane Center specialist Phillipe Pappin, who said, “We’re expecting catastrophic wind and life-threatening storm surge impacts along that west-central coast of Mexico where the hurricane warning is currently in effect.”1
Pappin also warned that heavy rain could trigger “life-threatening flooding and mudslides in areas of higher terrain along the Mexican coastline,” alongside significant swells.2 In both accounts, the central message is consistent: coastal communities and visitors near Puerto Vallarta faced a rapidly approaching hazard, with the exact track still determining the scale of the impact.