Hurricane Andrew
Post-analysis on Andrew revealed that the storm was often stronger than operationally reported between early on August 22 and early on August 26. In real time, the National Hurricane Center assessed its peak intensity as , which was upgraded to 155 mph (250 km/h) in a post-storm analysis after the season ended. However, a 2004 paper by Christopher Landsea and others concluded that Andrew became a Category 5 hurricane near the Bahamas on August 23 and reached maximum sustained winds of 175 mph (280 km/h). The paper also indicated that Andrew briefly re-intensified into a Category 5 hurricane around the time of landfall in South Florida early on August 24. The storm was found to have been slightly stronger while approaching Louisiana, but the landfall winds were decreased from 120 mph (195 km/h) to 115 mph (185 km/h).
Timeline of the 1992 Atlantic hurricane season
During the year, three tropical depressions, one subtropical storm, two tropical storms, and four hurricanes formed. It produced seven storms, less than the average of ten usually formed throughout an Atlantic hurricane season, while four of the storms went on to become hurricanes. The first cyclone to form inside the official season was Tropical Depression One, which formed on June 25. Of the four hurricanes, Hurricane Andrew was the most intense, reaching Category 5 status. In late June, Tropical Depression One caused severe flooding in southwestern Florida and Cuba; heavy rainfall was recorded in Pinar del Río, Matanzas, and Havana. When Andrew struck Florida and Louisiana in August, it became the second-costliest hurricane to hit the United States. Damages were estimated to be about $26.5 billion and 68 people were killed. Tropical Storm Danielle made landfall at the Delmarva Peninsula on the Virginian coast on September 25, causing minimal flooding. There was one recorded death recorded due to Danielle; a ship east of New Jersey was sunk due to rough seas. The season finished on October 30 when Hurricane Frances became an extratropical gale before dissipating.