Venture, hate to tell you but actually a brick WILL fly in an Atmosphere if given enough thrust. Heck technically we already Do have flying bricks there called certain helicopter designs. The reason we have wings on our aircraft is actually fairly obvious we need them for lift, we make things aerodynamic to reduce drag and reduce the amount of thrust required to push an object through that drag. We technically don't need large wings to be 'aerodynamically' stable at all nada zip zero and you can find the proof in aircraft that have already flown from the X-1 through to Virgin's most recent designs.
heck look at a lot of the designs for NASA's self landing capsule's etc.. there actually not much more then slightly pointed blocks with rockets on one end and a landing gear.. why? the thrust over comes the drag and if you have RCS and fly by wire a computer can and will make even something inherently unstable stable.. it corrects for the instabilities.
There is No reason that the Asp could not fly in Atmosphere so long as it had Fly By Wire controls nor even the Type 7.. all they need is enough thrust to over come the drag caused by Atmospheric resistance and gravity and enough RCS to overcome the roll,pitch and yaw moment's caused by said drag.
heck look at a lot of the designs for NASA's self landing capsule's etc.. there actually not much more then slightly pointed blocks with rockets on one end and a landing gear.. why? the thrust over comes the drag and if you have RCS and fly by wire a computer can and will make even something inherently unstable stable.. it corrects for the instabilities.
There is No reason that the Asp could not fly in Atmosphere so long as it had Fly By Wire controls nor even the Type 7.. all they need is enough thrust to over come the drag caused by Atmospheric resistance and gravity and enough RCS to overcome the roll,pitch and yaw moment's caused by said drag.