Storm report · Dallas

Hail in Lancaster Mar 3, 2026

NEXRAD caught this storm: 0 hail signatures up to 1". The radar-estimated size surface had no signal to model this day.

Largest hailstone

1"

≈ quarter · the largest NEXRAD radar signature
Homes in the hail footprint

0

Ground reports

0

none filed
Severity

The 4th most severe storm Lancaster has seen in the last 12 months

Storm severity score

Overview's storm severity score weighs hailstone size, homes in the footprint, and ground-truth reports.

1.5 /10
Hail size
25 /100

Largest hailstone — the top predictor of roof damage.

Homes exposed
0 /100

How many homes sit inside the storm's footprint.

Ground truth
0 /100

Independent storm reports filed with the NWS.

Two ways to read the storm

How Lancaster saw the hail — from two instruments

We map this storm two ways: the NEXRAD radar signatures the storm produced overhead, and the radar-estimated size of the hail in the air. The two surfaces don’t have to match — where they diverge is where estimated size aloft ran ahead of, or behind, what the signatures caught.

NEXRAD radar signatures
NEXRAD radar-signature map of the hail storm over Lancaster, TX on Mar 3, 2026

NEXRAD radar signatures — the point detections the storm produced overhead. A signature is where the radar saw hail, not a confirmed stone on the ground.

Max size 1" Detections 0

Only the NEXRAD radar-signature surface resolved for Mar 3, 2026 — the estimated-size swath had no hail signal to model for this storm, so there is one map to show, not two.

The storm in context

Where Mar 3, 2026 sits in Lancaster's hail record

This was Lancaster's 1st recorded hail day — the first hail day in our records for the city. By severity it ranks 4th of the 4 storms we have logged here. Radar put the day's largest stone over Lancaster at 1" — the largest NEXRAD radar signature.

The Mar 3, 2026 convective day was bigger than Lancaster: the same system put hail over 80 other tracked cities, 17 of them in Texas. Nearest: Forney (14 miles northeast, up to 1"); Cedar Hill (17 miles west, up to 1"); Dallas (17 miles north, up to 1").

These maps are stills from Lancaster's Mar 3, 2026 storm. In the Overview app the same surfaces are live — radar updating in real time, radar-estimated hail size as it forms, and NWS spotter reports pinned where they're filed — with a radar replay you can scrub back over any past day.

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.

Nobody on the ground filed a report over Lancaster for this date, which says more about who was watching than about the storm: spotter reports only exist where there is an observer. The radar surfaces above carry the evidence for this one.

Shingle-bruising hail

What 1" hail means for Lancaster roofs

Quarter-size and larger hail is where asphalt shingle damage starts in earnest: bruised mats and granule loss that homeowners can't see from the ground. Most people inside the footprint won't know their roof was hit until someone inspects it.

Track hail over Lancaster on the live map

Radar updates in real time, spotter reports appear on the map as they're filed, and the full Lancaster storm history — this Mar 3, 2026 storm included — sits underneath. When you're ready, draw this storm's footprint and pull highly accurate homeowner contact information for every address inside it.

Highly accurate contact information starting at $0.23 per address — every contact included. Digital leads cost $15–$40. Start with a 7-day free trial — no credit card required. See pricing

Lancaster hail history

4 recorded storm days in Lancaster, TX

← All hail in Lancaster

Other storms in Lancaster

A storm day here is a convective day — it runs from noon to noon UTC, so late-night hail is grouped with the afternoon storm that spawned it rather than split across two calendar dates. Ground reports are public-domain observations from the NOAA Storm Prediction Center. Radar surfaces are detections and estimates, not confirmed damage. Last updated Aug 2, 2026.