Lincoln, NM Hail Storm – September 2026

Lincoln, New Mexico experienced a late-afternoon hailstorm on September 25, 2026, producing up to 1.74 inches of hail. The storm concluded after multiple radar-detected NWS hail alerts.

What Happened

The event developed in late afternoon and moved through Lincoln, NM on September 25, 2026. The NWS issued three separate hail alerts for the system. The first alert issued at 4:00 PM MDT (22:00 UTC) reported radar-detected hail around 1.58 inches. A follow-up alert at 4:35 PM MDT (22:35 UTC) reported radar-detected hail around 1.38 inches. A third alert at 5:07 PM MDT (23:07 UTC) reported radar-detected hail near 1.00 inch. Dual-polarization radar data flagged strong reflectivity signatures during the alert window. The storm is now concluded and no active alerts remain for Lincoln, NM.

Damage Assessment

Hail sizes observed during this event span values that can produce visible damage to exposed surfaces. Quarter-sized hail equals 1.00 inch. Hail approaching golf-ball size equals about 1.75 inches. Losses in this size range can include denting to vehicle body panels and aluminum fixtures, punctures or cracked panes in older skylights, and granule loss on asphalt roofing. Roofing systems with existing wear or lifted shingles face higher risk of accelerated deterioration. Exterior equipment such as air-conditioning condensers and exposed conduit can sustain impact dents that reduce operational life.

Agricultural surfaces and unprotected crops are vulnerable to leaf shredding and bruising at these sizes. Solar modules with microfractures or marginal mounting hardware can show performance degradation after concentrated impacts. Where hail falls at high wind speeds, the combination of impact and windborne debris raises the chance of localized punctures in siding or softer cladding materials.

What Contractors Should Know

Prioritize safety and permit checks before any roof or exterior inspection. Use documented PPE and fall protection for rooftop work. Start with a visual perimeter survey to note loose debris, lifted shingles, and impact clusters. Photograph damage from fixed reference points before walking on the roof. For roofing contractors, identify and flag areas of granule loss, fractured tabs, and exposed underlayment. For solar contractors, inspect cells and interconnects for visible cracking and measure array output against pre-storm baselines.

Estimate replacement needs conservatively. Small, isolated dents in metal panels may be repairable, while clusters of impact damage on shingles often indicate full-system replacement is more economical. Record serials and photos for client claims. Provide written scope options that separate temporary mitigation from permanent repair. Communicate expected timelines for permit inspections and debris removal to property owners.

Refer to the Strike Map for the radar-confirmed hail swath and the paid damage zone to plan targeted field inspections and claims documentation.