Creating a Computer-Controlled Lunar Lander

In summary, the discussion revolves around the difficulty of developing a small scale computer-controlled vertical take-off and landing machine, with the use of high-powered rockets being a possible solution but also considering other forms of lift such as jet engines or props. It is mentioned that with a large budget and a team of experts, the task may be achievable, but for an individual it would be a challenging project requiring extensive knowledge in both aerospace and computer engineering.
  • #1
DavidSnider
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Model "Lunar Lander"

How hard do you think it would be to develop a small scale computer controlled vertical take-off and landing machine?

Do you think it could be done without using extremely high powered rockets?
 
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  • #2


How "hard" it is depends on your level of expertise and your resources. If you have $50 million dollars and a hundred engineers and technicians at your disposal, it should be a piece of cake!

And yes, it can certainly be done with jet engines or props.
 
  • #3


No I'm thinking more like a toy. Like a computer controlled RC helicopter except using some other form of lift than propss... I dunno, probably not possible.
 
  • #4


Oh, well on that scale it may be possible, though building even a small liquid rocket engine is not for the faint of heart. I would consider that type of project to be about the right level for a multidisciplinary undergraduate engineering senior design team project. For an individual, though, pretty difficult - hundreds of hours of work and a lot to learn unless you are already an accomplished aerospace engineer and computer engineer.
 

1. How does a computer control a lunar lander?

A computer controls a lunar lander through a series of programmed instructions and algorithms. These instructions allow the computer to receive data from various sensors on the lander, make calculations, and adjust the lander's thrusters and other components to ensure a safe landing on the moon.

2. What are the main challenges in creating a computer-controlled lunar lander?

Some of the main challenges in creating a computer-controlled lunar lander include designing a system that can withstand the harsh environmental conditions on the moon, ensuring precise and accurate navigation, and developing software that can handle unexpected situations and errors during the landing process.

3. How is the computer programmed for a lunar landing?

The computer for a lunar landing is programmed through a combination of coding and simulation. Engineers use specialized programming languages and tools to write the necessary code, and then test and refine it through simulations to ensure it can successfully guide the lander to the moon's surface.

4. What happens if the computer malfunctions during a lunar landing?

If the computer malfunctions during a lunar landing, it can lead to a failed landing or even a crash. To prevent this, engineers design redundant systems and backup plans in case of a computer failure. They also continuously monitor the computer's performance and make adjustments if necessary during the landing process.

5. How long does it take to create a computer-controlled lunar lander?

The time it takes to create a computer-controlled lunar lander can vary depending on the complexity of the mission and the resources available. It can take several years of research, design, and testing before a lunar lander is ready for a successful mission to the moon.

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