Quick Read
- Kansas City experienced hailstones the size of apples on March 24, 2026.
- Such large hail is rare for the US Midwest but linked to supercell thunderstorms.
- Hailstorms in the Midwest have caused billions in damage over the past 15 years.
- The largest recorded US hailstone measured 8 inches in diameter in 2010.
- Winter storms can create conditions conducive to large hail formation.
KANSAS CITY (Azat TV) – On March 24, 2026, a severe hailstorm swept through Kansas City, Missouri, producing hailstones the size of apples, an exceptionally large size for the region. This extreme weather event has heightened safety concerns for residents and raised the specter of substantial property and agricultural damage in an area already vulnerable to costly hailstorms.
Apple-Sized Hailstones Mark Extreme Weather in Kansas City
The hailstorm that struck Kansas City delivered hailstones unusually large for the US Midwest, reaching the size of apples. According to meteorologists and the National Severe Storms Laboratory (NSSL), hail forms when raindrops are carried upward into cold atmospheric layers where they freeze and grow through repeated cycles within thunderstorm updrafts. Hailstones of this size require powerful, sustained updrafts, typically associated with supercell thunderstorms.
The hail fell with such force and size that residents reported damage to roofs, windows, and vehicles, with some local reports indicating broken siding and shattered windshields. The storm’s intensity also posed direct safety hazards to people and livestock caught outdoors.
Costly Hail Damage in the Midwest Over 15 Years
Hail damage in the Midwest has cost billions over the last 15 years, with some storms surpassing $1 billion in damages. The most expensive hailstorm recorded was on April 10, 2001, which caused over $2.5 billion in property damage in today’s dollars, affecting areas along the I-70 corridor from eastern Kansas to southwestern Illinois. Kansas City’s recent hailstorm underscores the ongoing risk of such costly natural disasters.
In regions like Nebraska’s “Hail Alley,” hail damage is a regular threat, but the size seen in Kansas City is rarer and potentially more devastating. Crop destruction, vehicle damage, and home repairs contribute to annual losses that heavily impact local economies and insurance sectors.
Winter Storms and Hailstorm Dynamics in the US Midwest
Experts note that large hail events often occur in the context of powerful storm systems, sometimes linked to winter storm patterns that create unstable atmospheric conditions favorable for intense thunderstorms. The combination of moisture, temperature contrasts, and wind shear drives updrafts strong enough to produce large hailstones.
While tornadoes frequently dominate headlines, meteorologists emphasize that hail can be equally damaging and even deadly. Hailstones falling at an angle due to strong winds can inflict greater structural damage and personal injury risks.
Emergency services and weather agencies continue to monitor conditions closely during the spring months, issuing warnings and guidance to help residents prepare for and respond to severe hail events.
The unprecedented size of hailstones in Kansas City on March 24 highlights an intensification in hailstorm severity that could reflect shifting atmospheric dynamics in the region, raising concerns about future risk management and infrastructure resilience.