February 15 :: Space Science :: Rockets
Paper Stomp π Instructions
π― Objective:
Design, build, and launchΒ paper stomp rockets, learning about aerodynamics, engineering, and the current space race! ππ
π οΈ Step 1: Gather Materials
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Paper or cardstock π
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Tape ποΈ
β
Scissors βοΈ
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Fuselage rolling template ποΈ
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Markers for decoration ποΈβ¨
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Stomp rocket launcher π¦Άπ¨
π οΈ Step 2: Building the Rocket
Create the Rocket Body: ποΈ
- Wrap a piece of paper or cardstock around theΒ template to form a tube.
- Tape the edges securely and slide it off the template.
Design the Nose Cone: πΌ
- Cut a small circle of paper, cut a slit to the center, and overlap the edges to form a cone.
- Tape the cone to one end of the rocket body.
Attach Fins for Stability: π
- Cut three or four fins from cardstock or paperΒ and attach them symmetrically near the open end of the rocket.
- This helps the rocket fly straight and increases stability.
Decorate (Optional): π¨
- Use markers, or colored paper to personalize your rocket!
π Step 3: Launch Preparation
Set Up the Stomp Rocket Launcher: π¦Ά
- Place the launcher in an open space, free from obstacles.
- Insert your rocket onto the launcher tube.
Get Ready to Launch: π
- Stand back, aim your rocket at the target, and prepare to stomp!
π Step 4: Launching the Rocket
STOMP! π£π₯
- Stomp on the airbag to propel your rocket into the air!
- Observe its flight pathβdid it go straight? How high did it go?
Experiment & Improve: π οΈ
- Adjust the fins, nose cone, or rocket length to see how it affects the flight.
- Try different angles of launch for distance vs. height.
π Current Space Race π°οΈ
π NASA Artemis Missions: Returning humans to the Moon for exploration and research. π
π SpaceX & Starship: Developing reusable rockets for deep space travel. ππ
π Mars Exploration: Perseverance rover is searching for signs of life! π΄
π Satellite Mega-Constellations: Starlink is changing global internet. π‘
π Commercial Space Travel: Companies like Blue Origin & Virgin Galactic offer private spaceflights! π°οΈ
π Lunar & Martian Habitats: Future plans for sustainable living on the Moon & Mars. π
These innovations make space more accessible and exciting than ever beforeβand you could be part of it!
π Careers in the Space Industry
Interested in space and rockets? There are many exciting career paths beyond being an astronaut!Β
- Aerospace Engineer β Designs and tests rockets and spacecraft. π°οΈ
- Propulsion Engineer β Develops rocket engines and fuel systems. π₯
- Avionics Technician β Works on electronic systems for spacecraft. β‘
- Robotics Engineer β Designs robots for space exploration. π€
- Satellite Engineer β Develops and maintains satellites. π°οΈ
- Mission Planner β Strategizes space missions and orbital paths. πΊοΈ
- Space Weather Scientist β Studies solar flares and their impact. π
- Data Analyst (Space Data) β Interprets satellite and mission data. π
- Astrobiologist β Researches life in extreme environments. π§¬
- Space Lawyer β Handles regulations and legal issues in space. βοΈ
- Orbital Mechanic β Plans spacecraft movement and docking. π οΈ
- Materials Scientist β Develops heat-resistant and lightweight materials. π¬
- Astronomer β Studies celestial bodies and cosmic phenomena. π
- Planetary Geologist β Analyzes planetary surfaces and landscapes. πͺ¨
- Space Medicine Specialist β Researches human health in space. π₯
- Ground Systems Engineer β Manages communication with spacecraft. π‘
- 3D Printing Specialist β Creates space tools and habitats with 3D printing. π¨οΈ
- AI and Machine Learning Scientist β Develops AI for autonomous space missions. π€
- Cybersecurity Expert β Protects space systems from hacking threats. π
- Thermal Engineer β Designs temperature control systems for spacecraft. π‘οΈ
- Payload Specialist β Ensures scientific equipment is safely transported. ποΈ
- VR/AR Developer β Creates virtual space training simulations. πΆοΈ
- Science Communicator β Explains space science to the public. π£οΈ
- Space Tourism Developer β Works on future commercial space travel. βοΈ
- Lunar or Mars Habitat Designer β Plans space colonies and habitats. π
π Which of these careers excites you the most? Keep exploring and reach for the stars! π
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π°οΈ Scoring System: Flight Performance & Challenges
π 1. Flight Performance Points
| Flight Achievement | Points |
|---|---|
| Rocket flies straight and stable | +3 |
| Rocket reaches high altitude (top 30% of launches) | +3 |
| Rocket shows a creative or innovative design | +2 |
| Β | Β |
π 2. Planetary Landing Points
| Landing Location | Points |
|---|---|
| Lands on a planet (touches inflatable planet) | +5 |
| Lands within 1 foot of a planet | +4 |
| Lands within 2-3 feet of a planet | +3 |
| Misses all planets but lands in space | +1 |
| Crashes back on Earth (falls near launch area) | -10 |
π 3. Bonus Challenges
| Challenge Completed | Points |
|---|---|
| Passes through the hula hoop (simulating orbital insertion) | +4 |
| Flies over the entire solar system (longest distance) | +3 |
| Closest landing to a selected deep-space target (Jupiter, Saturn, etc.) | +3 |
π Final Score & Awards
At the end of the competition, total up your points. Award categoriesΒ include:
π
Best Overall Rocket (highest score)
π
Best Flight Stability (highest flight performance points)
π
Most Accurate Landing (closest to target planets)
π
Best Engineering Design (creative or innovative rocket)Β π
