Aledo, TX Hail Storm – May 2026

A severe hail storm tracked through Aledo, TX on May 28, 2026, producing large hail and triggering repeated radar-detected hail alerts from mid-afternoon into the night. The event produced spotter verification in town and concluded before midnight.

What Happened

A series of radar hail detections moved across the Aledo area beginning in the late afternoon and continuing into the early evening. Dual-polarization NEXRAD flagged hail pulses between about 3:40 PM and 9:02 PM CDT, with multiple discrete hail alerts along the storm's path. An mPING spotter in Aledo reported 1.25-inch hail at 4:02 PM CDT (21:02 UTC). The spotter observation occurred shortly after an early radar detection near the town, and later radar returns show repeated hail echoes passing over the municipal area and its immediate outskirts.

NWS warning polygons accompanied several of the radar detections as the storm moved generally east-northeast across the local metro. The sequence of radar alerts implies multiple hail-producing cores within the same parent storm rather than a single, isolated pulse. Ground-truth input for this event is limited to the spotter entry noted above, which provides a time-stamped surface reference to compare with the radar timeline.

Damage Assessment

Field reports and the radar record indicate localized surface impacts concentrated on and near Aledo municipal limits. The available ground-truth set contains a single NWS local storm report from mPING noting 1.25-inch hail at 4:02 PM CDT (21:02 UTC). Radar signatures before and after that report show additional hail echoes passing directly over the town, indicating multiple strike opportunities for exposed assets.

Public-reporting channels in the current dataset do not include broad, geolocated damage claims for properties in Aledo. Where damage is reported to restoration contractors or insurers, expect it to be clustered where radar cores intersected developed parcels rather than uniformly across the metro. Vehicles parked outdoors and unprotected glazing in the immediate town footprint are highest-probability exposures based on the combined spotter and radar pattern.

Survey teams arriving on site should prioritize the timestamped spotter location and the western-to-eastern radar track corridor when planning canvass routes. Photograph hail impacts next to visible reference points and record exact addresses or parcel IDs for any damaged roofs, gutters, skylights, or vehicle glass to align with the radar timeline and spotter time stamp.

What Contractors Should Know

Scope the inspection plan around the Aledo town center and adjacent parcels that intersect the radar hail corridor. Begin with properties nearest the mPING observation time of 4:02 PM CDT (21:02 UTC) and then extend east-northeast along the likely storm path indicated by the radar sequence. Prioritize visual roof inspections from the ground and through drone flyovers where safe and permitted. Note localized concentrations of shingle granule loss, dents in metal components, and rim damage on vehicles. Log GPS-tagged photos to match field observations with the radar timeline.