In this engineering design challenge, students will use what they know and can investigate about gravity, motion, and forces to design and build a shock-absorbing system that will protect two "astronauts" when they land.
|Hints for uses in your library||Once your patrons have completed the challenge, try a "how high can you go" contest!|
Spanish Language Activity Link
NASA Scientific Visualization Studio: Scouting for Safe Landing Sites on the Moon
Design a spacecraft
Boeing Starliner Orbital Flight Test Landing
Mars in a Minute: How Do You Land on Mars?
How Will NASA's InSight Spacecraft Land on Mars?
The Moon Landing
|Originating Source||NASA - JPL|
[Suggest a book]
How to be a space explorer : your out-of-this-world adventure by Mark L Brake, Beverly Speight and Emma Jones
Knowledge encyclopedia space! : the Universe As You've Never Seen It Before by Robert Dinwiddie, John Farndon, Geraint Jones, Ian Ridpath, Giles Sparrow and Carole Stott
Space travel by Jerry Stone and Peter Bond
How to be an astronaut and other space jobs by Sheila Kanani and Sol Linero
Spacecraft : the cosmic truth about rockets, satellites and probes by Alex Woolf
Spaceships and rockets by Deborah Lock
Almost astronauts : 13 women who dared to dream by Tanya Lee Stone
Chasing space: young readers' edition by Leland Melvin
Professor Astro Cat's Space Rockets
Buzz Aldrin : reaching for the moon by Buzz Aldrin and Wendell Minor
So you want to be an astronaut: a realistic guide to becoming an astronaut at a young age by Alyssa Carson