Storm event · Osage County, Oklahoma
Hail damage in Burbank, OK on Aug 13, 2020
On Aug 13, 2020, NOAA recorded hail up to 1.75" near Burbank, OK — at or above the ~1" threshold where hail commonly damages asphalt roofs. Burbank has 6 recorded hail events since 2020 (severity score 60/100). If your roof was under this storm, it may have hail exposure worth documenting.
The Aug 13, 2020 hail event
| Date | Max hail size | Area |
|---|---|---|
| Aug 13, 2020 | 1.75" | Burbank, OK |
Source: NOAA Storm Events Database (max reported hail near Burbank on Aug 13, 2020).
What this means for your insurance claim
Before you call your insurer, pull your free report — it documents this exact NOAA-recorded event (Aug 13, 2020, up to 1.75") for your address, which is the evidence adjusters look for. A confirmed 1"+ hail event on your roof, paired with an inspection, is what turns a claim into an approval.
Common questions
Did it hail in Burbank, OK on Aug 13, 2020?
Yes — NOAA recorded hail up to 1.75" near Burbank on Aug 13, 2020. It's one of 6 hail events logged in the area since 2020.
How big was the hail?
The largest hailstones reported near Burbank on Aug 13, 2020 measured 1.75". Hail around 1" or larger can bruise or crack asphalt shingles; at 1.75" it frequently causes functional damage that supports an insurance claim.
Can I still file a claim for the Aug 13, 2020 storm?
Often yes. Most Oklahoma policies allow hail claims for a window after the storm (commonly up to a year), subject to your policy. A claim is far stronger when you document the exact date (Aug 13, 2020) and hail size (1.75") — which a free RoofWorks report pulls for your address.
Does home insurance cover hail roof damage in Oklahoma?
Most Oklahoma homeowner policies cover sudden hail damage, subject to your wind/hail deductible. The Aug 13, 2020 event on record is exactly the kind of documented storm adjusters look for.
See the full hail history for Burbank, OK. RoofWorks reports show hail exposure from the storm record; only an inspection confirms roof damage.