Playground Safety Inspectors
Log in to saveKids test different ground materials to see which one best cushions a fall, just like real playground inspectors. It's a satisfying mix of building, dropping, and measuring for safety.
Choose your version
Every level teaches the same core idea — pick the one that fits your time, budget, and energy today.
Setup
Gather only common or recycled items needed to build a small test zone for each material in shallow trays or boxes. Place the materials beside a simple recording sheet or blank paper, and prepare the Playground Safety Inspectors challenge in one working area; no digital device is needed.
Activity
- Predict which surface, sand, mulch, or foam, will cushion a fall the best.
- Build a small test zone for each material in shallow trays or boxes.
- Drop a toy figure onto each surface and measure how it lands, discovering one surface still feels too hard, then layer materials together.
- Present an inspection report with safety ratings for each surface to the playground committee.
Done when: The learner completes Playground Safety Inspectors after carrying out this core test: Drop a toy figure onto each surface and measure how it lands, discovering one surface still feels too hard, then layer materials together. The learner then uses that result to complete the final task: Present an inspection report with safety ratings for each surface to the playground committee.
Materials
Sand, mulch, foam mats or pool noodle slices, small toy figures, a ruler
Shown for the Quick Start version — switch tabs above to see what changes.
Steps
- Predict which surface, sand, mulch, or foam, will cushion a fall the best.
- Build a small test zone for each material in shallow trays or boxes.
- Drop a toy figure onto each surface and measure how it lands, discovering one surface still feels too hard, then layer materials together.
- Present an inspection report with safety ratings for each surface to the playground committee.
Standards it satisfies
NGSS · K-2-ETS1-3
Analyze data from tests of two objects designed to solve the same problem to compare the strengths and weaknesses of how each performs.