NOUS44 KCRP 100013 PNSCRP TXZ229>234-239>247-342>347-442-443-447-101215- Public Information Statement National Weather Service Corpus Christi TX 713 PM CDT Fri May 9 2025 ...May 8th, 2025 - Destructive Straight-Line Winds from Alice to Petronila... Peak Wind: 115 mph Path Length: 54 miles Path Max Width: 16 miles Fatalities: 0 Injuries: 4+ Start Date: May 8th, 2025 Start Time: 8:45pm CDT End Date: May 8th, 2025 End Time: 10:10pm CDT A cluster of storms in La Salle County progressed southeastward through the evening hours. These storms intensified and developed into a well-organized MCS with a maturing bow echo feature as it extended into northeastern Duval and Jim Wells counties. An uptick in radar velocity was noted beginning north of San Diego, TX around 8:45pm CDT, with large wet melting hail enforcing a notable stronger surge of northwesterly winds on the southern edge of the storm over west Alice shortly after 9:00pm CDT. This southern edge of the MCS became the most destructive bowing segment through the rest of the storm's lifespan, resulting in numerous power and transmission poles snapped, metal building structure collapses, and large trees snapped and uprooted. Widespread wind speeds of 70-90 mph were noted, particularly from Alice to Petronila with a few locations seeing wind gusts as high as 115 mph. While we were unable to access the Petronila area to assess the damage further due to numerous downed power and transmission line, photos and videos shared with us suggest that winds in excess of 100 mph continued through this area as well. Hundreds of power and transmission poles were snapped between Alice and Petronila. Most were snapped near the base, however a few were found to be snapped 10-15 feet above ground, indicating peak winds of 115 mph. In addition, roof damage was observed, along with several rolled over semi-trucks and campers. Overall, the preliminary path length is 54 miles with a max width of 16 miles. && NOTE: The information in this statement is preliminary and subject to change pending final review of the event and publication in NWS Storm Data. $$ CLM/EMF