OKLAHOMA STORM COMMAND
Military-grade hail intelligence. 39 counties mapped. 4,287 events tracked via NOAA telemetry. Real-time risk assessment across the Tulsa metro.
How It Works
The Oklahoma Storm Command Center aggregates real-time data from NOAA, the National Weather Service, and Windy.com radar feeds to provide Tulsa-area homeowners with comprehensive severe weather intelligence. The dashboard tracks hail events, wind speeds, and estimated damage across 39 Oklahoma counties, with risk levels calculated using a weighted composite of event frequency, average hail diameter, estimated damage in millions, and population density.
Use the interactive tools below to assess your specific risk: enter your zip code in the Roof Vulnerability Scanner for a personalized damage probability score, explore the County Intelligence table to see historical data for your area, or toggle between State View and Tulsa Metro on the Hail Risk Theatre map. All data refreshes every 15 minutes through live NOAA API connections.
Tracking Methodology
Our storm command center aggregates data from NOAA NCEI Storm Events Database, the National Weather Service API, and proprietary forensic modeling to deliver real-time hail risk intelligence across 39 Oklahoma counties. Data spans 2019–2025 with 4,287 verified events tracked statewide.
We cross-reference historical hail swaths, wind gust reports, and flash flood advisories against Tulsa metro building stock to produce per-county risk assessments. This data powers our Roof Vulnerability Scanner and County Intelligence systems — giving homeowners and adjusters objective, data-backed answers.
Data refreshes every 15 minutes via NOAA API. Last sync: live
Data Sources & Accuracy
| Source | Data Type | Latency |
|---|---|---|
| NOAA NCEI | Historical hail/wind events | Annual |
| NWS API (api.weather.gov) | Live alerts, warnings, advisories | Real-time |
| Windy.com Radar | Live reflectivity / satellite | 5-min |
| Leaflet / CARTO | Hail risk map layers | Static |
| Proof Forensics | Neighborhood-level strike data | Updated |
Station: KINX (Tulsa) — Updating
Risk Map: 39 Counties
Event Frequency by Year
Risk Distribution
$M per Year
Scan Your Property
County Risk Rankings
| County | Events | Hail Size | Damage | Risk |
|---|---|---|---|---|
| 1. Oklahoma | 389 | 1.82" | $310M | EXTREME |
| 2. Tulsa | 312 | 1.75" | $245M | EXTREME |
| 3. Cleveland | 198 | 1.68" | $165M | EXTREME |
| 4. Canadian | 176 | 1.71" | $142M | HIGH |
| 5. Broken Arrow (Tulsa Co.) | 156 | 1.78" | $128M | EXTREME |
| 6. Comanche | 145 | 1.72" | $95M | HIGH |
| 7. Rogers | 142 | 1.62" | $98M | HIGH |
| 8. Creek | 134 | 1.65" | $89M | HIGH |
| 9. Grady | 121 | 1.6" | $72M | HIGH |
| 10. Wagoner | 118 | 1.58" | $78M | HIGH |
| 11. Payne | 108 | 1.55" | $62M | HIGH |
| 12. Garfield | 98 | 1.58" | $55M | MODERATE |
| 13. Logan | 95 | 1.6" | $52M | MODERATE |
| 14. Osage | 92 | 1.55" | $44M | MODERATE |
| 15. McClain | 88 | 1.58" | $45M | MODERATE |
Source: NOAA NCEI Storm Events Database. 39 counties tracked. Data spans 2019–2025.
National Weather Service Warnings
Launch Deployment
Activate a forensic roof inspection team to your property within 2 hours. Xactimate-certified adjusters on standby.
Past Strike Data by Neighborhood
How We Calculate Risk
County risk levels are calculated using a weighted composite of: event frequency (2019–2025), average hail diameter, estimated damage in $M, and population density. The formula normalizes each factor to a 0–100 scale, then applies weights: Events (30%), Hail Size (25%), Damage (25%), Density (20%). The composite score maps to risk bands: Extreme (75+), High (50–74), Moderate (25–49), Low (0–24).
Primary sources: NOAA NCEI Storm Events Database, National Weather Service API, Oklahoma Mesonet. The Roof Vulnerability Scanner uses a simplified model accounting for age, material, and county-level event history. Always consult a certified inspector for property-level decisions.
Compare our methodology:
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