Use an orbital mechanics simulator - Fun at-home activities for Kids.

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Use an orbital mechanics simulator

Use a simple orbital mechanics simulator to design and launch virtual satellites, adjust speed and altitude, and observe how orbits change over time.

Table of contents

Step-by-step guide to use an orbital mechanics simulator to design and launch virtual satellites

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Explore Orbital Mechanics with Orbital Simulator: Interactive Learning!

What you need

Access to an orbital mechanics simulator (online or app), paper, pencil, colouring materials

Step 1

Open your orbital mechanics simulator and start a new blank simulation.

Step 2

Select Earth as the central body for your simulation.

Step 3

Add a new satellite and give it the name "MySat".

Step 4

Set MySat's altitude to 300 km.

Step 5

Set MySat's speed to 7.7 km/s.

Step 6

Run the simulation and let MySat complete one full orbit.

Step 7

Pause the simulation and draw MySat's orbit on your paper and label the altitude and speed.

Step 8

Change MySat's altitude to 35,786 km for geostationary altitude.

Step 9

Change MySat's speed to 3.07 km/s.

Step 10

Run the simulation and watch MySat for several minutes to see if it stays over the same spot above Earth.

Step 11

Pause the simulation and increase MySat's speed by 20 percent.

Step 12

Run the simulation again and watch how the orbit shape or path changes.

Step 13

Add a second satellite at a different altitude so you can compare two orbits at once.

Step 14

Run the simulation and write two differences you notice between the two satellites on your paper.

Step 15

Share your finished simulation and sketch on DIY.org.

Help!?

What can we use instead if we don’t have the orbital mechanics simulator or an internet connection?

If you don't have the simulator, use free web tools like PhET or NASA's Eyes when online, or emulate the steps offline by drawing Earth on paper, plotting scaled orbits for 300 km and 35,786 km, and writing the speeds (7.7 km/s and 3.07 km/s) beside each sketch.

MySat didn't stay above the same spot after I set it to 35,786 km and 3.07 km/s—what should I check?

If MySat isn't geostationary, check that Earth is the central body, that MySat's inclination is set to 0 degrees (equatorial), and that the speed value is entered in km/s before re-running the simulation.

How can I change the activity to suit different ages or skill levels?

For younger kids, use a paper globe and sticker satellites to follow the draw-and-label steps and observe orbits, while older kids can calculate orbital period and the delta-v from increasing MySat's speed by 20 percent and compare those numbers to the simulator output.

What are simple ways to extend or personalize the simulation after finishing the basic steps?

Extend the activity by adding several satellites at different altitudes and inclinations, recording each orbital period and drawing color-coded comparison sketches before sharing the annotated simulation and sketches on DIY.org.

Watch videos on how to use an orbital mechanics simulator to design and launch virtual satellites

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Here at SafeTube, we're on a mission to create a safer and more delightful internet. 😊

Orbital motion | Physics | Khan Academy

4 Videos

Facts about orbital mechanics and space science for kids

🚀 A Hohmann transfer uses two engine burns and is often the most fuel-efficient way to move a satellite between two circular orbits.

🌍 Low Earth Orbit (about 160–2,000 km up) is where the International Space Station orbits roughly every 90 minutes.

⏱️ The higher a satellite is, the longer its orbital period — geostationary orbit sits about 35,786 km up and takes 24 hours to circle Earth.

🔄 Changing a satellite's orbital plane (inclination) requires lots of fuel, which is why rockets often launch in the direction the satellite needs to go.

📡 Small speed changes (just a few meters per second) can dramatically alter an orbit — delta-v is the currency of space maneuvers.

How do I use a simple orbital mechanics simulator to design and launch virtual satellites?

Open the orbital simulator on a computer or tablet and choose a central body (like Earth). Create a new satellite, set a starting altitude, and give it an initial horizontal velocity or thrust. Start the simulation, watch periapsis and apoapsis markers, and pause to apply burns at the right points to raise, lower, or circularize the orbit. Experiment with speeds and launch angles, record results, and repeat to learn cause and effect.

What materials do I need for a child-friendly orbital simulator activity?

You'll need a computer or tablet with internet access and a kid-friendly orbital simulator (browser or app). Also have a mouse or touchscreen, a notebook and pencil to record settings and observations, and optionally a calculator for quick speed and altitude math. Printouts or screenshots help compare runs. Adult supervision or guidance is useful for younger children. Most simple web-based simulators require no special hardware.

What ages is an orbital mechanics simulator suitable for?

This simulator is suitable for children aged about 8 to 14 with adult help, and 12 and older can use it more independently. Younger children enjoy simple launches and watching orbits, while older kids can learn orbital vocabulary and basic math. Tailor explanations to reading and numeracy levels, use analogies like a race track for orbits, and supervise screen time for younger users.

What are the benefits of using an orbital simulator with kids?

Using an orbital simulator builds STEM skills: spatial reasoning, basic physics intuition, troubleshooting, and data recording. Kids practice cause and effect by changing speed and altitude to see orbit changes. It encourages curiosity about space, boosts math confidence, and introduces computational thinking if they explore automated maneuvers or scripting. Pair simulations with real-world satellite facts to deepen learning and inspire further science projects.

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All Activities

Use an orbital mechanics simulator

Use a simple orbital mechanics simulator to design and launch virtual satellites, adjust speed and altitude, and observe how orbits change over time.

Table of contents

Step-by-step guide to use an orbital mechanics simulator to design and launch virtual satellites

0:00/0:00

Here at SafeTube, we're on a mission to create a safer and more delightful internet. 😊

Explore Orbital Mechanics with Orbital Simulator: Interactive Learning!

What you need

Access to an orbital mechanics simulator (online or app), paper, pencil, colouring materials

Step 1

Open your orbital mechanics simulator and start a new blank simulation.

Step 2

Select Earth as the central body for your simulation.

Step 3

Add a new satellite and give it the name "MySat".

Step 4

Set MySat's altitude to 300 km.

Step 5

Set MySat's speed to 7.7 km/s.

Step 6

Run the simulation and let MySat complete one full orbit.

Step 7

Pause the simulation and draw MySat's orbit on your paper and label the altitude and speed.

Step 8

Change MySat's altitude to 35,786 km for geostationary altitude.

Step 9

Change MySat's speed to 3.07 km/s.

Step 10

Run the simulation and watch MySat for several minutes to see if it stays over the same spot above Earth.

Step 11

Pause the simulation and increase MySat's speed by 20 percent.

Step 12

Run the simulation again and watch how the orbit shape or path changes.

Step 13

Add a second satellite at a different altitude so you can compare two orbits at once.

Step 14

Run the simulation and write two differences you notice between the two satellites on your paper.

Step 15

Share your finished simulation and sketch on DIY.org.

Help!?

What can we use instead if we don’t have the orbital mechanics simulator or an internet connection?

MySat didn't stay above the same spot after I set it to 35,786 km and 3.07 km/s—what should I check?

How can I change the activity to suit different ages or skill levels?

What are simple ways to extend or personalize the simulation after finishing the basic steps?

Watch videos on how to use an orbital mechanics simulator to design and launch virtual satellites

0:00/0:00

Here at SafeTube, we're on a mission to create a safer and more delightful internet. 😊

Orbital motion | Physics | Khan Academy

4 Videos

Facts about orbital mechanics and space science for kids

🚀 A Hohmann transfer uses two engine burns and is often the most fuel-efficient way to move a satellite between two circular orbits.

🌍 Low Earth Orbit (about 160–2,000 km up) is where the International Space Station orbits roughly every 90 minutes.

⏱️ The higher a satellite is, the longer its orbital period — geostationary orbit sits about 35,786 km up and takes 24 hours to circle Earth.

🔄 Changing a satellite's orbital plane (inclination) requires lots of fuel, which is why rockets often launch in the direction the satellite needs to go.

📡 Small speed changes (just a few meters per second) can dramatically alter an orbit — delta-v is the currency of space maneuvers.