Building a Flying Car from Frisbie Aerodynamic Principles

AI Thread Summary
The discussion centers on the concept of building a flying car inspired by the aerodynamic principles of a frisbee. While the idea incorporates the frisbee's flight rules, simply attaching it to a car does not address the complexities of weight and forward motion necessary for a functional flying vehicle. The conversation references existing projects, like DARPA's efforts and the Boeing Gofly competition, which highlight the challenges and innovations in the field of flying cars. Participants emphasize the need for more wing surface area and the importance of balancing human comfort with aerodynamic efficiency. Overall, the thread encourages exploration and innovation in aerospace engineering related to flying cars.
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MENTOR Note: Post moved from General Discussion to Aerospace Engineering

How did you find PF?: I found PF because of a late night idea I had when I was bored, but I have no idea how to do it so I was looking up information when I came across this app.

I'm sure most of you guys on here know simple flight but the example of a frisbee and the 4 rules of flight gave me an idea for a flying car: on the bottom of this car it is frisbee shaped so it will naturally have all 4 flight rules, for the thrust to get the car in the air will be placed on the bottom (1 in the front and 1 in the back) and the thrusters that move the car forward is place in the back and the breaks use a thruster in the front of the car.
 

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Welcome to PF!

While its true, the frisbee embodies many aerodynamic flight principles just pasting it to the bottom of a car body does not make the car a flying car no matter how much thrust you apply.

Here's Sara Hummel's thesis on Frisbee flight that gets into its aerodynamic principles:

https://docs.google.com/viewer?a=v&...nxkZ3Jlc291cmNlczJ8Z3g6MWQ2ZWJmOWIzODYyNTdmNA

Here's some examples of flying cars for inspiration:

 
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What you are interested in is also very interesting to the military. Keep in mind that a frisbee does not need to lift any heavy weight, but it does have to work while spinning. That makes it very different from a flying car that weighs more and always points forward. So you should consider how to get a lot more wing facing forward. Here is an effort by DARPA and Lockheed Martin to attach a wing to various cargos, including a small jeep (more like a dune buggy). One thought is to rotate the wing so that it points front and back while the jeep drives.
 
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https://www.boeing.com/features/innovation-quarterly/2021/09/boeing-gofly.page

The Boeing Gofly competition offers a $1 million prize for a flying car that meets their criteria. The completion has been going on since 2017. The link is 27 months old, and the most recent I found. It says:
So far, 855 teams across 103 countries have vied for the $1 million grand prize. New teams are still welcome to join.

That means you too are welcome to join.
 
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Welcome, @Beginner1 !

What is your plan on harmonizing human comfort and maneuverability with the natural tendency of spinning frisbees to resist changes from the launch dictated trajectory?
 
Due to the constant never ending supply of "cool stuff" happening in Aerospace these days I'm creating this thread to consolidate posts every time something new comes along. Please feel free to add random information if its relevant. So to start things off here is the SpaceX Dragon launch coming up shortly, I'll be following up afterwards to see how it all goes. :smile: https://blogs.nasa.gov/spacex/
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