A local family in Kankakee County secured a massive stone that shattered records—and expectations.

Measuring 6.6 inches, this ice specimen weighs over 16 ounces. NIU experts call it a 'potential state record.'

Hail starts as tiny frozen drops. Powerful updrafts keep them suspended, layering ice until they become too heavy to stay aloft.

Like tree rings, concentric layers of ice tell researchers how many times the stone traveled through the storm's freezing core.

While tornadoes grab headlines, hail causes up to $70 billion in annual damage—dwarfing many other storm types.

Warmer air holds more moisture and energy. This 'convective fuel' allows storms to build the massive updrafts needed for giant hail.

Meteorologists are noting how early these severe events are occurring, signaling potential shifts in traditional storm cycles.

The 'Ice Chip Program' aims to improve radar warnings, helping communities prepare for 'giant hail' before it hits.

As the severe weather season continues, understanding these systems is the first step toward building climate resilience.