App review by Jenny Bristol, Common Sense Education | Updated May 2015
Luna's Wandering Stars

Luna's Wandering Stars

Gravity-powered astronomy game pulls students in

Learning rating
Editorial review by Common Sense Education
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Grades
6–12 This grade range is based on learning appropriateness and doesn't take into account privacy. It's determined by Common Sense Education, not the product's publisher.
Subjects & Skills
Science, Critical Thinking
Price:  9.99
Platforms:  Mac, Windows
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Take a look inside

5 images
Custom and online levels and features are still to come.
Begin with Mercury, learning the game mechanics and scoring points.
Instructions are shown with each new challenge or mechanic.
As students plan their trajectory vector, a faint path displays to help them make their decision.
Challenges increase each each planet level, with Venus including mines.

Pros: Lots of levels, engaging gameplay, and a hilarious com channel keep students learning.

Cons: There's a high chance of frustration on more difficult levels.

Bottom Line: Students will learn about how the gravity of large masses works. Period.

How Can I Teach with This Tool?

Teachers can use Luna's Wandering Stars as an introduction to various physics or astronomy lessons, or include it as an enrichment exercise for students who have finished the rest of their work. It can be assigned as homework, or it can be a great jumping-off point for lessons on the history of the space program or for teaching how satellites (both natural and man-made) function in outer space.

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Standards:

Students take on the role of Luna, a moon who ends up nearby each of the nine planets (including Pluto). Kids clear each level by orbiting the planet and hitting enough asteroids to gain enough mass, moving around by using physics principles like momentum, gravity, rocket boosts, and more. Students are also supposed to collide with as many gold asteroids as possible, but it's often technically possible to clear the level without that being the primary goal. Each planet has many levels, along with special challenges and tools to use and additional obstacles to overcome. 

This visually beautiful game will pull in students right away. While deeply engaged, students will learn about angular momentum, Newton's laws, and how mass affects gravity. Since kids can still play this game without having studied physics, they can learn on the fly how moons and asteroids move when close to a massive object. They'll get practice applying Newton's Third Law while trying to maneuver a moon around a planet or through asteroid fields. The Mercury levels are straightforward and relatively easy, so beginning students can learn the basics of the game without worrying about complicated mechanics. Trial-and-error is your friend while you try to gain enough mass to clear levels. Each planet level gives a deeper challenge that teaches kids something new.

Overall Rating
Engagement Would it motivate students and hold their interest? Is it visually appealing? Would it inspire teachers to try something new or change their instruction?

Students are quickly drawn into this game with its smooth mechanics and the ability to move moons, collide with asteroids, and avoid planets, all with the power of gravity, mass, and momentum.

Pedagogy Does the tool help teachers promote a more student-centered experience? Will students gain conceptual understanding or think critically? Does it deepen teachers’ pedagogical thinking?

Though knowledge about momentum and gravity are useful in this game, they aren't required, since trial-and-error goes unpunished and is a great way to solve levels.

Support Can students and teachers get assistance when they need it? Is it created with people of different abilities and backgrounds in mind? Is learning reinforced and extended beyond the digital experience?

Basic instructions are given throughout playing this game, and they are reaccessible as needed.

Common Sense reviewer
Jenny Bristol Other
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Key Standards Supported

Earth’s Place in the Universe

  • MS-ESS1-2

    Develop and use a model to describe the role of gravity in the motions within galaxies and the solar system.

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