Hail in Fort Scott · Mar 4, 2026
NEXRAD logged 0 hail signatures up to 0"; the estimated-size surface reached 0" aloft. Open it on the live map to see the swath over the streets.
7-day free trial in the iPhone app. No card required to start.
For iPhone. Android coming soon.
Web trial: 7 days free. Card required. $150/month after the trial unless cancelled.
Convective day · Mar 4, 2026 · noon–noon UTC
Severity
The 13th most severe storm Fort Scott has seen in the last 12 months
Overview's storm severity score weighs hailstone size, homes in the footprint, and ground-truth reports.
- Peak hail signal
- 0 /100
- Homes exposed
- 0 /100
- Ground truth
- 0 /100
Largest radar-indicated size — a signal of damage potential, not confirmation.
How many homes sit inside the storm's footprint.
Independent storm reports filed with the NWS.
Evidence / storm surfaces
How Fort Scott saw the hail — from two instruments
The maps here read the same storm from two angles — point detections from NEXRAD, and modeled hail size aloft. Where the two disagree is informative: it marks where estimated size outran the signatures, or trailed them.
Radar signature field Where NEXRAD flagged hail as the storm passed — point signatures from the radar, which indicate hail overhead rather than confirm what landed.
Estimated size field The modeled maximum hail size across the swath, derived from radar aloft — the largest stone the storm could have supported, which is not necessarily what reached the ground.
The storm in context
Where Mar 4, 2026 sits in Fort Scott's hail record.
This was Fort Scott's 1st recorded hail day — the first hail day in our records for the city. By severity it ranks 13th of the 15 storms we have logged here. Radar put the day's largest stone over Fort Scott at 0" — radar-estimated size aloft.
The Mar 4, 2026 convective day was bigger than Fort Scott: the same system put hail over 303 other tracked cities, 4 of them in Kansas. Nearest: Walnut (21 miles southwest, up to 0"); Saint Paul (31 miles southwest, up to 1.5"); Lamar (34 miles southeast, up to 0.75").
These maps are stills. In the app this date is one of 15 Fort Scott storm dates on a live map — both surfaces, the reports, and a replay — and the same map is where you draw the swath. This page rebuilds nightly.
Ground reports
What people on the ground reported
These are storm reports filed with the National Weather Service and released through the NOAA Storm Prediction Center — public-domain observations from spotters, the public, and NWS surveys. We quote each one exactly as filed.
For this storm over Fort Scott, the NWS report log is empty — a common outcome, since ground reports only happen when someone witnesses the hail and takes the time to call it in. The detection record for the date lives in the radar maps above.
Below the severe threshold
What 0" hail means for Fort Scott roofs.
Radar signals under three-quarters of an inch stay below the National Weather Service severe threshold and generally indicate lower roof risk. Older or already-worn materials can still show effects, but radar alone cannot determine whether a specific roof was damaged.
Radar reading · not confirmed damage
Fort Scott hail history
Other storms in Fort Scott.
Estimated-size surface Sep 12, 2026
0.5"
Estimated-size surface Jul 10, 2026
1"
Estimated-size surface Jul 4, 2026
1.75"
Estimated-size surface Jun 8, 2026
1"
Estimated-size surface May 31, 2026
1"
Estimated-size surface May 30, 2026
1.25"
Estimated-size surface May 29, 2026
2.5"
Estimated-size surface May 18, 2026
0.75"
NEXRAD surface May 17, 2026
Estimated-size surface May 8, 2026
1.25"
Estimated-size surface Apr 26, 2026
3"
Estimated-size surface Apr 17, 2026
2.75"
Estimated-size surface Apr 15, 2026
0.5"
Estimated-size surface Mar 6, 2026
The next storm won’t wait for you.
Set your territory and alerts today. When hail hits, use Overview to choose your streets and get moving.
7-day free trial in the iPhone app. No card required to start.
For iPhone. Android coming soon.
Web trial: 7 days free. Card required. $150/month after the trial unless cancelled.