Ulm and light aircraft of the future
published: 12/02/09, 00:04
Hello
I apreciated the topic car of the future, which derails genuinely on planes
I prefer to open another topic to not mix everything and Michel Kieffer I look forward to your answer!
I have been interested in ulm for a long time, heavy aviation being out of my means
but looking closer with the ulm there is something to do and it could approach my means
I appreciated the remark that it is more accessible to an amateur to build an ulm than to build a car!
my precise question: in
http://www.cocyane.com
there is a nice project of ulm: we do not see it in detail but we see it in a wind tunnel: it is 2 place side by side: it seems strange to me: to reduce the power I put rather the 2 place l one behind the other to reduce the maximum torque to the maximum
otherwise the 2 3 or 4 place one after the other I will do it in road vehicle: it is even more obvious than in plane because no need of double command: the chauffeur is in front and the passenger behind do not have to drive
by plane the tandem must be a double command and it complicates a little ...
but I do not realize the true number: in this kind of project, what is the drag due to the fuselge, and what is the one due to the wings?
I'll have a lot of other questions of the same kind, but only one at a time
please
I apreciated the topic car of the future, which derails genuinely on planes
I prefer to open another topic to not mix everything and Michel Kieffer I look forward to your answer!
I have been interested in ulm for a long time, heavy aviation being out of my means
but looking closer with the ulm there is something to do and it could approach my means
I appreciated the remark that it is more accessible to an amateur to build an ulm than to build a car!
my precise question: in
http://www.cocyane.com
there is a nice project of ulm: we do not see it in detail but we see it in a wind tunnel: it is 2 place side by side: it seems strange to me: to reduce the power I put rather the 2 place l one behind the other to reduce the maximum torque to the maximum
otherwise the 2 3 or 4 place one after the other I will do it in road vehicle: it is even more obvious than in plane because no need of double command: the chauffeur is in front and the passenger behind do not have to drive
by plane the tandem must be a double command and it complicates a little ...
but I do not realize the true number: in this kind of project, what is the drag due to the fuselge, and what is the one due to the wings?
I'll have a lot of other questions of the same kind, but only one at a time
please