Ramah, CO Hail Storm – July 2026

Ramah, Colorado is tracking a hail-producing thunderstorm on July 10, 2026, with peak hail detected at 1.41 inches and ongoing storm returns. The line is producing repeated radar hail alerts as it moves through the area.

What Happened

NWS issued five radar-based hail alerts for the Ramah metro area between mid-afternoon and early evening on July 10, 2026. Alerts were based on dual-polarization radar and NEXRAD hail detection. Key alert times and sizes reported by radar were:

• 3:06 PM MDT — radar-detected 1.00-inch hail within the warning area.
• 3:09 PM MDT — radar-detected 1.00-inch hail within the warning area.
• 3:32 PM MDT — radar-detected 1.08-inch hail within the warning area.
• 5:13 PM MDT — radar-detected 1.02-inch hail within the warning area.
• 5:16 PM MDT — radar-detected 1.00-inch hail within the warning area.

Storm returns show ongoing convective echoes moving through and around the Ramah warning area. Radar strength and repeated alerts indicate continued hail production as of this update.

Damage Assessment

Radar-detected hail in the 1.0–1.4-inch range commonly causes visible denting and paint damage to vehicle body panels in the Ramah area. Asphalt shingle granule loss and bruising are likely on exposed roof slopes, particularly on older roofs or those with prior wear. Vinyl siding can sustain impact marks and hairline cracks where hail struck above ground level.

Local low structures, skylights, and unshielded solar panels in the direct path of the storm are at elevated risk for punctures or cracked glass. Because the event is ongoing, initial observations will vary across neighborhoods; property owners should document visible panel dents, broken glass, and displaced shingle granules with timestamped, geotagged photos once it is safe to do so.

What Contractors Should Know

Conduct exterior assessments only after conditions are safe and precipitation has ceased at the site. Prioritize documented visual inspections of vehicles, roof edges, skylights, and solar installations. Capture geotagged photos and short video clips showing damage context and scale. Note roof age, material type, and preexisting wear in initial notes. Temporary tarping may be required for active leaks; secure tarps only when wind conditions permit safe work.

Estimate labor and replacement costs after a measured survey. Check gutters, vents, and HVAC covers for impact damage and loose fasteners. Provide clients with clear, timestamped documentation for insurance submissions. For precise radar-derived hail track and the detailed paid damage zone, consult the Strike Map.