Hurricane Erin explodes in strength to a Category 5 storm in the Caribbean
Hurricane Erin reached Category 5 with winds near 160 mph after doubling in strength within 24 hours, posing threats of flooding, landslides, and dangerous surf to Caribbean islands and the U.S. East Coast.
- Rapid intensification saw Hurricane Erin escalate from a tropical storm to a Category 5 in just under 30 hours, the first since Milton and Beryl in 2024.
- With sea temperatures elevated, conditions are primed to fuel Erin's strengthening, as climate change has increased storm intensity in the Atlantic hurricane season which runs from June 1 to Nov. 30.
- According to NHC data, Erin's winds surged from 100 mph to 160 mph in nine hours, and hurricane-force winds extend 30 miles from its center, expected to triple in size.
- The US Coast Guard closed six Puerto Rico seaports and two US Virgin Islands ports, and FEMA deployed over 200 personnel as officials in the Bahamas prepared shelters.
- Meteorologists warn that interests along the US East Coast should monitor Erin for dangerous waves and erosion, as swells will spread to the Bahamas, Bermuda, and the US East Coast next week.
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Where dangerous Category 3 Hurricane Erin is headed next
Erin remained a dangerous Category 3 storm with winds of 125 mph Sunday evening, after rapidly intensifying into a Category 5 hurricane on Saturday — one of the five earliest Category 5 storms on record.
Europe is battling high temperatures this summer. Other parts of the world are also experiencing extreme weather. Holidaymakers may experience tropical temperatures and endless traffic jams, especially if, like today, many places are still experiencing a public holiday. Follow all the developments during the summer holidays in the Netherlands, Europe, and the rest of the world via our live blog.
Video shows hurricane hunters flying through Erin
Hurricane hunters with the NOAA flew through Hurricane Erin after it rapidly intensified into a rare Category 5 hurricane. Erin is expected to continue to fluctuate in intensity as it undergoes an eyewall replacement cycle.
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