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According to the catastrophe risk modeling firm, Karen Clark & Company, the total insured losses from Hurricane Hanna could reach up to $350 million.

What does the estimate include?

Karen Clark & Company reported the estimate includes the privately insured wind and storm surge damage to residential, commercial/industrial properties and automobiles. The estimate does not include the National Flood Insurance Program losses.

Hurricane Hanna Damages

Hurricane Hanna brought high wind speeds to southern Texas and had over 200,000 customers without power.Hurricane Hanna Damage Insurance Claims

Low to moderate levels of wind damage was sustained throughout the Rio Grande Valley. Damage to signage and lightweight structures, such as gas station pavilions and marinas, were relatively common as well.

Other forms of damage included roof and siding damage with rare instances of more severe structural damage. Corpus Christi, Port Mansfield, McAllen, and other coastal towns all experienced storm surge flooding to residential and commercial buildings.

To read about Hurricane Hanna, check out our blog, “Hurricane Hanna Hits Southern Texas”.

To check out the original article from the Insurance Journal, click here.

Georgetown Residents Now’s The Time to Submit Your Hail Damage Claim!

Early Thursday morning the residents of Georgetown woke up and began to assess the damage from what will likely be one of the most costly hail storms in Georgetown’s history.

Hail from egg-sized to the size of tennis balls pummeled the city, especially the NW portions close to Serenada and Sun City. It was even confirmed by The National Weather Service that baseball-sized hail was produced by the storm. That’s hail that reaches 2.75 inches in diameter.

Photo Courtesy of Madelyn Young Ereckson

The baseball-sized hail was produced by an 81 mph updraft wind, and fell into roofs and cars at estimated speeds of 50-60 miles per hour. To produce updraft winds inside of a thunderstorm that strong, you need tremendous instability in the atmosphere, and strong wind shear to keep the updraft and the downdraft in the thunderstorm separate and self-sustaining.

For more information, visit THIS ARTICLE, written by Nexstar Media Wire of FOX4