Lost Penguin Rescue
Log in to saveKids test foil, cotton, and felt to find the best insulation for keeping a lost penguin's icy home from melting. A cool, hands-on intro to insulation for the youngest scientists.
Choose your version
Every level teaches the same core idea — pick the one that fits your time, budget, and energy today.
Setup
Gather ice cubes, cotton, foil and clear a small work surface. Read the Lost Penguin Rescue mission aloud, then place the supplies where children can choose and compare them safely.
Activity
- Talk about how real penguins stay warm in icy water and predict which materials might keep an ice cube from melting fastest.
- Build a small shelter around an ice cube using cotton, foil, or felt, wrapping it snugly with adult help if scissors are needed.
- Set the wrapped ice cubes and one unwrapped cube in a warm spot, check them every few minutes, and adjust the insulation on the cube that melts fastest.
- Compare which shelter kept its ice cube frozen the longest and explain what that means for helping the lost penguin stay warm.
Done when: Children complete the core mission and which shelter kept its ice cube frozen the longest and explain what that means for helping the lost penguin stay warm.
Materials
small toy penguin, ice cubes, cotton balls, aluminum foil, felt scraps, plastic cups
Shown for the Quick Start version — switch tabs above to see what changes.
Steps
- Talk about how real penguins stay warm in icy water and predict which materials might keep an ice cube from melting fastest.
- Build a small shelter around an ice cube using cotton, foil, or felt, wrapping it snugly with adult help if scissors are needed.
- Set the wrapped ice cubes and one unwrapped cube in a warm spot, check them every few minutes, and adjust the insulation on the cube that melts fastest.
- Compare which shelter kept its ice cube frozen the longest and explain what that means for helping the lost penguin stay warm.
Standards it satisfies
NGSS · 2-PS1-2
Analyze data obtained from testing different materials to determine which materials have the properties that are best suited for an intended purpose.