Hurricane Science for Kids: Hands-On Experiment

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Today I want to share with you a fun and simple hurricane science experiment as well as some great educational info to help you teach about hurricanes.

Growing up in Florida, hurricanes were a regular part of life. I remember tracking storms on maps in school, filling bathtubs with water, and watching palm trees bend in the wind. While they can be frightening, hurricanes also offer a fascinating window into Earth’s powerful weather systems.

What Is a Hurricane?

A hurricane is a type of tropical cyclone—a giant, spiraling storm system that forms over warm ocean waters. Hurricanes bring strong winds, heavy rain, storm surges, and flooding. They can stretch over 300 miles wide and last for days or even weeks.

How Do Hurricanes Form?

For a hurricane to form, five key ingredients are needed:

Warm ocean water (at least 80°F or 27°C)
Moist air rising from the surface
Low wind shear (steady winds at different altitudes)
Rotation caused by Earth’s spin (Coriolis effect)
An organized thunderstorm system

These ingredients come together when warm, moist air rises and creates an area of low pressure. More air rushes in, spins due to Earth’s rotation, and builds into a powerful storm system.

When Is Hurricane Season?

Atlantic hurricane season: June 1 to November 30
Eastern Pacific season: May 15 to November 30
The peak of hurricane season is usually August through October

What Are Hurricanes Called in Other Places?

Hurricanes, cyclones, and typhoons are all the same kind of storm—just named differently depending on where they form:

Hurricane – Atlantic & Northeast Pacific
Typhoon – Northwest Pacific
Cyclone – South Pacific & Indian Ocean

How Are Hurricanes Named?

Originally, hurricanes were identified by latitude and longitude. In the 1950s, names were introduced to reduce confusion. Now, each year has a pre-determined list of names that alternate between male and female.

The names repeat every six years unless a storm is especially deadly or costly—then the name is retired.
Example: Hurricane Katrina (2005) was so destructive that the name will never be used again.

Learn more about the hurricane naming system here

Hurricane Science: Simulation Experiment

This simple experiment demonstrates how the strongest winds in a hurricane are found around the center, or “eye.” It models how hurricanes rotate and how clouds form and release rain. The shaving cream adds a fun visual and sensory element to make the learning even more memorable!

How to Make a Hurricane

You’ll need:

A large clear bowl or baking dish
Water
Spoon or stick for stirring
A few drops of food coloring (optional)

Instructions:

Fill the bowl with water.
Gently stir in a circular motion to mimic hurricane rotation.
Observe how the center of the water (the “eye”) stays calm, while the outer edges move more quickly.
Add a drop of food coloring to visualize the swirling motion.

Watch it in Action Here:

Add a Mapping STEM Activity

Want a hands-on way to teach kids about hurricane paths and storm tracking?

Try this Hurricane Mapping STEM Activity where kids use real storm data to practice geography, data plotting, and spatial reasoning. It’s a perfect companion to this hurricane science lesson!

Educational Tie-Ins & Discussion Ideas

Science: Teach about pressure systems, the water cycle, and Earth’s rotation
Geography: Locate hurricane-prone regions and track storm paths
History: Study major storms like Hurricane Andrew, Katrina, or Irma
Personal Prep: Talk about emergency preparedness and how families can stay safe

Personal Reflection: Growing Up With Hurricanes

As a Florida native, I’ve lived through many hurricanes. I remember:

Tracking storms with my family on the news
Filling sandbags to protect our home
Learning how to prepare emergency kits
Staying indoors with flashlights and board games when the power went out

These experiences taught me not only about weather science, but also about resilience and readiness.

Learning about hurricanes is a great way to teach kids real-world science while encouraging curiosity and preparedness. Whether you live in a coastal area or far inland, understanding extreme weather builds awareness and confidence.