Hail history in Manchester, MN

Radar has detected major hail over the Manchester area on 19 days since 2011, up to 3.5" (baseball size or larger) on June 9, 2018. Source: NOAA Severe Weather Data Inventory radar signatures, which estimate hail aloft near Manchester, not confirmed ground reports.

Data last updated: July 28, 2026

Every major hail day near Manchester

July 8, 2026up to 1" near Manchester · storm peaked at 2.5" (Le Roy area)July 1, 2026up to 1.75" near Manchester · storm peaked at 2.5" (Eitzen area)June 30, 2026up to 1.5" near Manchester · storm peaked at 3" (Alden area)May 26, 2026up to 1.5" near Manchester · storm peaked at 2.25" (Rose Creek area)May 17, 2026up to 1.5" near Manchester · storm peaked at 2.75" (Luverne area)April 12, 2026up to 1" near Manchester · storm peaked at 1.5" (Elmore area)April 28, 2025up to 1.75" near Manchester · storm peaked at 2.75" (Welcome area)February 4, 2024up to 1.75" near Manchester · storm peaked at 1.75" (Hartland area)August 12, 2020up to 1.25" near Manchester · storm peaked at 1.75" (Searles area)October 1, 2019up to 2.25" near Manchester · storm peaked at 2.5" (Clarks Grove area)July 27, 2019up to 1.25" near Manchester · storm peaked at 1.5" (Waseca area)June 15, 2019up to 1.5" near Manchester · storm peaked at 2.5" (Grand Meadow area)June 9, 2018up to 3.5" near Manchester · storm peaked at 3.75" (Clarks Grove area)June 3, 2017up to 1.25" near Manchester · storm peaked at 1.75" (Wabasha area)June 17, 2015up to 2.25" near Manchester · storm peaked at 3" (Clarks Grove area)June 16, 2014up to 2.25" near Manchester · storm peaked at 3.25" (Hardwick area)May 8, 2014up to 1.5" near Manchester · storm peaked at 3" (Beaver Creek area)July 13, 2012up to 2" near Manchester · storm peaked at 3.75" (Bricelyn area)July 24, 2011up to 1.5" near Manchester · storm peaked at 2" (Medford area)

What this record means for a Manchester roof

The list above covers 19 radar-confirmed hail days over Manchester between 2011 and 2026. The largest signature recorded over the Manchester area was 3.5" (baseball size or larger) on June 9, 2018. Radar put the local estimate at or above the 1" mark, the size generally capable of damaging asphalt shingles, on every one of those days.

Insurers and their adjusters can pull this same NOAA archive, so a date on this list is not news to the company handling a claim. What the archive cannot show is the condition of your specific roof, which is why dated photos and a written inspection report carry the weight in a dispute. Most homeowner policies also set a deadline to report storm damage, commonly one or two years from the date of loss, so a recent date above matters most if the roof was never inspected after it.

Get the roof inspected, free

Radar cannot confirm what hit your shingles; an inspection can, and it costs you nothing. For Minnesota properties, our sister site MN Hail Buddy passes your request to exactly one licensed Minnesota contractor: one company, never a blast list, and your information is not sold to anyone else.

Request a free Minnesota inspection

MN Hail Buddy is part of the same network as this site. The contractor pays for the introduction; you pay nothing.

Before you sign anything, read the contractor red flags: assignment-of-benefits traps, deductible games, and storm-chaser tells.

Common questions

Has Manchester had hail big enough to damage roofs?

Radar has detected hail up to 3.5" (baseball size or larger) over the Manchester area, most recently on July 8, 2026. Hail of 1" or larger is generally considered capable of damaging asphalt shingles.

Does this prove my roof was damaged?

No. Radar estimates hail aloft, accurate to roughly a mile, and cannot confirm what reached any specific roof. It is a strong reason to document your roof and check your policy's claim deadline after a listed date, not proof of damage.

How do I check my exact address in Manchester?

Use the free address lookup on this site. It searches the same NOAA radar archive within a radius you choose around your address, back to 2011.

If one of these dates is recent