Your Cart
Loading
Only -1 left

Egg Drop STEM Challenge | Engineering Experiment for Kids

On Sale
£3.99
£3.99
Added to cart

🥚 Egg Drop STEM Challenge - Complete Engineering Experiment Kit


The Great Egg Drop: A Gravity & Engineering Challenge


Turn gravity into the ultimate opponent! Can your child design and build a protective capsule capable of saving a fragile egg from a high-altitude drop? This classic, high-stakes engineering challenge is a thrilling, hands-on way to explore complex physics and mechanical design using simple household materials.


Instead of just reading about science, young learners will step into the shoes of an engineer to brainstorm, build, and test their wildest ideas against the forces of nature.


What’s Included in this Download:


Official Design Brief: A structured prompt that outlines the mission, constraints, and goals, treating your child like a real project engineer.


Child-Friendly Physics Guide: The complex science of gravity, impact, and shock absorption explained simply, so your child understands exactly why their design worked (or didn't!).


Testing Record Sheet: A dedicated space for engineers to sketch their designs, log their drop heights, and document the results.


Comprehensive Parent Guide: Step-by-step instructions to help you facilitate the drop safely and guide the critical thinking process.


Core Learning Outcomes:

This activity is a masterclass in the engineering design process. Your child will learn about forces and materials science through active problem-solving. Most importantly, as they iterate on their designs, they will learn that failure is not the end—it is a critical and expected part of real engineering.


Crafted by an award-winning science educator with 25+ years of classroom and home-ed experience.


Save more by purchasing the Ultimate Classroom Science Activities Mega Bundle



🔗 Related Resources:

Find the FULL STEM Challenge Kit here.


Related Blogs

Read the Egg Drop STEM Challenge Blog here

Meet The Science Investigation Challenge Series

You will get a PDF (2MB) file