Curriculum
🚀 HPR Rocketry Club STEM with Aerospace Engineering game 👽 KSP Kerbal Space Program
🎓 HPR Rocketry Club and STEM Education with 👽 KSP
0/13
🚀 Rocket Science and 🔑 Rocketry Terminology
0/22
🚀 Rocket Club and HPR High Power Rocketry
0/17
✅ Safety Checklists and 📋 Reports
0/7
🎓 Aerospace Engineering in Europe
0/4
🧪 Chemistry in 🚀Rocketry
0/5
🍎 Physics and orbital mechanics
0/9
🌪 Aerodynamics 📐Rocket design and intro to 🧵 3D Printing
0/18
🏁 Let's start with 👽 KSP
0/10
👽 Introduction to Kerbal Space Program
0/14
👽 KSP Game play
0/20
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👽🎓💡🥼🔬🎨🧰🎧 First steps and Science with KSP
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🟢👽🎧 Building A Rocket in the Vehicle Assembly Building (VAB)
Preview
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👽🎧 KSP standard vehicle part, ESA, Breaking Ground, and Making History
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🟢👽🎧 😂🔑💡 Aerodynamics, SAS and design for fun
Preview
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🟢👽🎧💡 “The Staging Stack” and App Launcher
Preview
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👽🎧🔑 KSP Launching a test rocket on a suborbital trajectory
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🟢👽🎧💡 Build a SpaceX Starship SN9 replica with KSP
Preview
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👽🎧 Video tutorial, Go to Space
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📷💡🔑PLR Activity – Post Launch Review
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🟢👽🎧💡 Build a Rocket with advanced safety system.
Preview
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👽🎧 Video tutorial, Reaching the Orbit
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👽🎧 Video tutorial, Going to the Mun
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👽🎧Video tutorial, How to go REALLY Far
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👽🎧💡 KSP Training Space Station Construction
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👽🎧 Interesting spacecraft
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👽🎧💡 KSP Tutorial ESA Mission Rosetta Comet
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👽🎧💡 Finding secret locations and Easter eggs in KSP
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👽🎧💡 KSP Building the NASA Gateway Space Station
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🟢👽🎧💡 KSP Mission to Jool orbit near Tylo moon
Preview
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👽🎧 KSP Some recommended Mods
👽 KSP Game Training Tutorials and activities
0/14
🦾 KSP Robotics Rover
0/5
🛫Aircrafts 🚢 Ships and submarines
0/3
🎮 Flight Controls and 🪂 Recovery System
0/4
🛸 Space Exploration 💡 ideas and activities - Preview of part 1
0/1
🟢👽🎧 😂🔑💡 Aerodynamics, SAS and design for fun
Aerodynamics and SAS are important concepts in Kerbal Space Program (KSP), as they play a crucial role in the design and performance of spacecraft. In this lesson, we will explore the basics of these concepts and how they apply to KSP in a fun way!
Aerodynamics is the study of how air flows around and interacts with objects, and how this affects the objects’ motion. In KSP, aerodynamics plays a key role in the performance of spacecraft, as it determines how much lift, drag, and other forces the spacecraft will experience as it moves through the atmosphere.
SAS is a system that helps spacecraft maintain their orientation and stability in space. In KSP, SAS is typically used on spacecraft with multiple stages or complex systems, as it allows players to control and adjust the spacecraft’s orientation and movement during flight. By using SAS, players can control and adjust the spacecraft’s orientation and movement during flight, which can help improve its performance and allow it to achieve its goals more effectively.
When designing and building spacecraft in KSP, players should consider both aerodynamics and SAS to ensure that their spacecraft can perform well and achieve their desired goals. This may involve choosing the right parts and equipment, such as engines, fuel tanks, and control systems, and arranging them in a way that optimizes the spacecraft’s aerodynamics and stability.
SAS is an automated craft stabilizing/orienting system. There are varied official descriptions of what “SAS” stands for and includes Stability Augmentation System, Stability Assist (System), Sickness Avoidance Scheme, and Sickness Avoidance Solution 😉 Most often, it’s simply called by its acronym SAS.
How to go to orbit with a simple rocket with a good design that reduces the drag force as it heads for space. In the second part an example of a very bad aerodynamic design, but quite fun! The best Kerbal pilot, Valentina, will be safe!
Overall, understanding and applying aerodynamics and SAS can help players create more successful and efficient spacecraft in KSP.
💡Ideas and activities
Share with us your ideas and progress on our Discord server 🚀 www.CARE4Space.Eu
Here are some ideas and activities for learning about aerodynamics:
- Read about aerodynamics: A good way to start learning about aerodynamics is to read about the basic principles and concepts. You can find books and articles that explain aerodynamics in a way that is easy to understand, and that provide examples and illustrations to help you visualize the concepts.
- Watch videos or documentaries: There are many videos and documentaries that explain aerodynamics and the science behind flight. Watching these can be a fun and engaging way to learn about aerodynamics, and can help you understand the principles in a visual and interactive way.
- Build and test simple flying machines: You can use materials like cardboard, paper, and straws to build and test simple flying machines, like gliders and paper planes. This can help you understand the basics of lift and aerodynamics and can be a fun and educational activity.
- Conduct experiments: You can try conducting experiments to learn more about aerodynamics. For example, you can try building a wind tunnel using a cardboard box and a fan, and experiment with different shapes and designs to see how they affect the flow of air.
- Visit a museum or planetarium: Many museums and planetariums have exhibits and displays that can help you learn about aerodynamics and the science of flight. Visiting these places can be a fun and educational way to learn more about aerodynamics and see how the principles are applied in real-world situations.