Salt Springs, FL Hail Storm – May 2026

Salt Springs, Florida experienced a concluded multi-zone hail event on May 8, 2026, producing stones up to 1.9 inches in diameter during the late afternoon and early evening. The event consisted of multiple NWS alerts and a radar-detected hail signature over parts of the metro area.

What Happened

NWS messages began in the late afternoon and continued into the evening. Five alerts were issued for the Salt Springs area on May 8:

• 5:42 PM EDT (21:42 UTC) – 0.75-inch hail – NWS warning only.
• 5:58 PM EDT (21:58 UTC) – 1.45-inch hail – detected by dual-polarization radar.
• 6:11 PM EDT (22:11 UTC) – 1.00-inch hail – NWS warning only.
• 6:54 PM EDT (22:54 UTC) – 1.00-inch hail – NWS warning only.
• 9:40 PM EDT (01:40 UTC on May 9) – 1.00-inch hail – NWS warning only.

The radar-detected alert at 5:58 PM showed a distinct dual-polarization hail signature. The sequence includes three NWS warning-only alerts after the radar-detected signature. The event is now concluded.

Damage Assessment

Stones approached 2 inches in diameter in the affected Salt Springs corridors. Hail of this size can fracture or penetrate automotive glass and damage asphalt shingles, metal roofing, and roof-mounted equipment. Localized concentrations of larger stones are likely near the radar-detected path issued at 5:58 PM.

Smaller stones in the 0.75–1.0-inch range were reported in later warning areas. Those sizes commonly dent vehicles and bruise soft metal surfaces. The mix of sizes across the alert timeline increases the chance of patchy roof wear and isolated impact points rather than uniform coverage.

Inspectors should expect variability by block and by roof aspect. Look for clustered impact marks on windward-facing surfaces and for concentration along downspouts, gutters, and vehicle parking locations close to tree cover.

What Contractors Should Know

Prioritize roof and vehicle inspections within the radar-detected corridor from the 5:58 PM alert. Start with high-trafficked properties and structures with recent warranties. Document each observation with scaled photos, a dated note, and a measured hail diameter where possible. Use localized coordinates when logging damage to tie results to specific alert polygons.

For repairs, evaluate asphalt shingle lift, granule loss, and punctures to soft metals. Temporary tarping should follow standard safety protocols and be limited to immediate weather protection. Preserve undisturbed materials for client claims. For precise hail-track locations and the paid Strike Map visual, consult the Strike Map to target inspections and verify the radar-derived hail path.