Storm near Moore
Monday, June 22, 2026
- Largest hail
- 1.00 inquarter
- Strongest wind
- 67 mphgust
- Tornadoes
- 1reported
- Reports
- 5within 8 mi
5 reports
- Tornado (EF1)6.7 mi NNW of central Moore2.6 mi S of Oklahoma City · Oklahoma County · NWS Storm Survey
This QLCS tornado touched down just east of Oliver Park near SE 31st Street and Santa Fe Avenue, and moved southeast across southeast Oklahoma City and Valley Brook before dissipating southeast of Interstate 240 and Bryant Avenue. Damage was most concentrated near SE 31st Street and Santa Fe, near SE 45th Street and High Avenue, and along Bryant Avenue just south of Interstate 240. A number of homes and businesses suffered some roof damage along the tornado path.
- 67 mph gust (measured)7.3 mi WNW of central Moore0.1 mi S of (Okc)Will Rogers Apt · Oklahoma County · ASOS
Oklahoma City Will Rogers International Airport (KOKC) observation.
- 58 mph gust (measured)8.0 mi NE of central Moore0.6 mi NE of (Tik)Tinker Afb · Oklahoma County · ASOS
Tinker Air Force Base (KTIK) observation.
- 1.00 in hail (quarter)3.1 mi W of central Moore2.9 mi W of Moore · Cleveland County · Public
The report was relayed through mPING.
- 0.75 in hail (penny)3.9 mi NE of central Moore2.6 mi ESE of Valley Brook · Oklahoma County · Public
The report was relayed through mPING.
Also hit that day: Oklahoma City, OK, Norman, OK
What the National Weather Service wrote
An intense mesoscale convective system (MCS), later classified as a derecho, swept across much of Oklahoma and portions of western-north Texas during the late evening of the 21st and predawn hours of the 22nd. Widespread reports of thunderstorm wind damage were received, especially from northwestern into central Oklahoma, including several observations of 80-100 mph gusts. This system also produced several tornadoes in central Oklahoma, including an EF-2 tornado near El Reno, OK. A slow-moving supercell preceded the convective line during the mid-evening of the 21st, producing reports of large hail west of Woodward, OK before dissipating.