Countdown to Mars
Was there ever life on Mars … and could there be again? NASA’s Perseverance rover has landed on the Red Planet to find out. Join us in celebrating this amazing collaboration and innovation in space exploration.
Learn about rovers, rocketry and robotics through a series of exciting activities, events and experiments. Build your own rover, ask a NASA Planetary Scientist your most pressing Mars questions, study the math behind a mission to Mars—and much more!
Begin your own mission in three, two, one …
Learn about the forces of potential energy, kinetic energy and friction when you create your own rover from simple materials and test its ability to move over different terrains. Plus, discover the challenges awaiting NASA’s Perseverance rover on the rough, windy surface of Mars.
Make a Cardboard Mars Rover
Set up your launch pad, build your bottle rocket and prepare for an impressive display of Newton’s three laws of motion. Create an equal and opposite reaction to remember with this explosive experiment!
Build a Bottle Rocket
A safe landing on Mars depends on a powerful parachute. Think like a NASA engineer as you design and test your own mini parachutes while learning about the forces of gravity and drag. Happy landings!
Design a Parachute
Uncover the calculations behind timing a trip to Mars as you plot out the orbits of Earth and Mars around our Sun, dive deep into the Hohmann transfer orbit and learn the importance of timing for space travel.
Calculate Launch Windows
Brush up on your space vocabulary during your next family game night. Take a card—no peeking!—and ask “yes” or “no” questions until you guess what the card says. Communication is key to this game!
Cranium Qs: Space Edition
With this new augmented reality app, explore SpaceX’s Raptor engine, dock cargo with the Canadarm2 or pilot the Perseverance rover—no spacesuit required. Download the YumeGO App for free today; available for iOS and Android.
Try the YumeGO App
Using an assortment of loose parts, students will design and build a device that can absorb shock and land safely on a planetary surface.
Lesson Plan + Instructions