Astromaterials Research & Exploration Science
METEORITE FALLS

WINDFALL OH

WINDFALL OH

WINDFALL OH

DATE/TIME

3/17/2026 @ 1256 UTC

3/17/2026
1256 UTC

LAT/LONG

41.057158 • -81.800047

41.057158
-81.800047

Simplified estimate of where meteorites landed. Dark red is where 10kg meteorites landed IF they were produced, then 1kg (red), 100g (dark orange), 10g (light orange) and 1g (yellow).

STREWN FIELD

Simplified estimate of where meteorites landed. Dark red is where 10kg meteorites landed IF they were produced, then 1kg (red), 100g (dark orange), 10g (light orange) and 1g (yellow).

SUMMARY

Update (26 Mar 2026): I had adjusted the strewn field model to accommodate a radar signature southwest of Rittman, OH. It is compelling because it would be caused by a large meteorite (estimated ~84 kg) and features an apparent turbulence signature.  Recent finds south of Rittman suggest that the original strewn field was more accurate and that the 84 kg signature may be erroneous, so I am restoring the original strewn field map.  This features a curve towards the south and indicates that larger meteorites fell south of Rittman. The site of the potential 84 kg stone may still merit searching.

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This event has been confirmed as a meteorite fall, with many achondrite meteorites recovered. Meteorites from this fall are notable for their flow-form fusion crust, sometimes with frozen droplets of melt on their rims.

This was a morning-time daytime bolide observed across a wide area and with sonic booms reported over the entire Cleveland metropolitan area. The NASA Meteoroid Environment Office (MEO, NASA Marshall SFC) reports the parent asteroid as a ~2m wide, ~7 metric ton body originating in the inner asteroid belt.  

The strewn field for this event was originally calculated with the largest meteorites landing south of Rittman OH. The second, currently displayed version was built to accommodate an intriguing radar signature farther southwest along the original strewn field centerline. This signature appears only 26s after the terminus with a calculated mass of ~84kg. The signature is compelling because it includes strong positive/negative velocity values which can indicate turbulence from large passing meteorite(s). There is a signature south of Rittman which is still included in the strewn field, and a large meteorite was found at this location. Other strewn fields calculated for this event place the heaviest meteorites at the location south of Rittman; the strewn field shown here accommodates the ~84kg signature to make it available for searching.

Be mindful of private property and do not trespass while searching for meteorites. 

LEARN MORE

RADAR & MAPS

The blue-gray pixels are radar signatures of falling meteorites seen in weather radar imagery.

RADAR SUMMARY

The blue-gray pixels are radar signatures of falling meteorites seen in weather radar imagery.

GET DIRECTIONS

Click on the View larger map link that is displayed in the address box above in order to get directions to the strewn field area.

EVENTS TO DATE

Learn more about other fall events and possible landing sites that have been identified across the United States.

EVENT UPDATES

Find out more about recent searches and possible discoveries that have taken place around the United States.

METEORITES 101

This step-by-step guide will show you how to locate possible meteorite fall sites using radar software and weather data along with info provided by reporting agencies and monitoring systems.
These instructions will show you how to best preserve the meteorites you discover and how to make contact with the organizations that are willing to accept and analyze your find.
Don't know exactly what a meteorite is, what they are made of or where they come from? If that's the case, we have provided a mini-"crash" course in what you need to know about them.
It turns out that meteorites have provided us a lot of scientific insight, not only into the origins of our solar system and planet Earth, but what the future might hold for mankind.
There's a lot going on in the study of meteorites, both here at NASA and in other places. Here are a few links to the people and institutions who are leading the research in this field.
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