


Public Information Statement
Issued by NWS Portland, ME
Issued by NWS Portland, ME
681 NOUS41 KGYX 222011 PNSGYX MEZ007>009-012>014-018>028-033-NHZ001>015-230015- Public Information Statement National Weather Service Gray ME 411 PM EDT Tue Jul 22 2025 ...NWS Damage Survey for 07/20/25 Thunderstorm Wind Event... Severe thunderstorms developed ahead of a slow moving cold front Sunday. One storm developed west of the Lakes Region, strengthening as it approached Danbury and Franklin, NH. The storm collapsed near Sanbornton, producing a powerful wet microburst. Observed wind damage in some pockets was consistent with estimated wind speeds of 105 mph, resulting in over 500 downed trees in the area. .Wet Microburst Wind Damage... Peak Wind (estimated): 105 mph Path Length /statute/: 2 miles Path Width /maximum/: .5 miles Fatalities: 0 Injuries: 0 Start Date: 07/20/25 Start Time: 504pm EDT Start Location: Sanbornton, NH Start Lat/Lon: 43.5023 / -71.5852 End Date: 07/20/25 End Time: 510pm EDT End Location: Sanbornton, NH End Lat/Lon: 49.4910 / -71.5502 Significant tree damage was located in Sanbornton, NH that was consistent with a wet microburst. Numerous eye witnesses expressed that the strongest winds occurred with the heaviest downpour. Damage was variable in the downburst area with a general southeast fall direction to the trees being observed. There where two distinct pockets of damage that took hundreds of trees down, to include pine, oak and maple. Trees where both uprooted and snapped. In addition, hundreds of other trees where downed on the edges of the damage area, but damage was more sporadic in nature. Some structral damage did occur, but was mostly confined to sheds and shelter structures. A few vehicles were also damaged due to trees falling on them. Additional damage was likely further in the woods, but was not accessible for the damage survey. An estimated 500 trees were either snapped or blown down in the damage area. && NOTE: The information in this statement is preliminary and subject to change pending final review of the event and publication in NWS Storm Data. $$