Originally posted by devilwasp
Originally posted by ghost
I don't mean to sound insaulting, but, you're thinking of a frisbee, not a Flying Disk (Saucer). The physics is slightly different! Flying Disks are
aircraft, unlike a frisbee they have a propultion system. Flying Disk have control systems that either use moving control surfaces like most planes,
or thrust vectoring, or in some cases a combination of the two. If an aircraft goes into a flat spin(spinning without pitching up or down), It is out
of control and about to crash.
Tim
ATS Director of Counter-Ignorance
no to reach high speeds a disc shaped object needs to spin to maintain stability.
the laws are the same with a frisbee since both are similar. thats what caused the avro car to fail. it needed to spin but you cant fly a thing well
spinning can you. your thinking about a normal aircraft where its linear motion not circular motion like in a disc shaped craft.
also yes that is an avro car but wheres the cockpit by the way? all the avro cars had cockpits so umm wheres the one on that?
[edit on 19/07/04 by devilwasp]
Hey thanks! I've just learned something new. If a flying saucer spins, then the control laws that it uses must be very different from what I thought
they were. How do the controls work then? Also, how can a pilot function inside a spinning craft without getting dizzy and disoriented? Is the X-22A
even a manned aircraft?

I no expert on flying Disks, I thought they worked like a flying wing. I based my Ideas on how the B-2 works. Since they are different, I'm back to
square one. Tell me some more, I'd love to learn.
Tim
ATS Director of Counter-Ignorance