what does everyone think we will actually see in a planetary landing/atmosphere entry.
My first question is whether this will be a supercruise or conventional-drive event. If it's conventional drive, it may take a while. (The space shuttle needed about an hour from orbit to landing.) I don't know how much real orbital mechanics Elite uses, but realistically, you'd have to first turn around and use your main engines to slow down from several km/s and then let gravity pull you down. If there's an atmosphere, it can help you air-breaking, but with the tremendous mobility of Elite ships, that may be moot. Without air-resistance, it will take about five minutes to free-fall from low Earth orbit altitude. (But then you'll hit the ground at almost 3km/s.)
Assuming that it is a seemless transition.
Oh, I think it absolutely has to be.
So far I think that :
due to having shields there will be no fiery atmospheric entry. But maybe shields wont work in the atmosphere (because of planetary magnetic fields or something)
Don't shields make some pretty cool visual effects when they're stressed, though? Could still look spectacular, if a bit different from real atmospheric entries.
the manoeuvrability of ships will be affected. So sluggish ships will get even more sluggish (don't take an anaconda down there
) and nimble ships like the eagle (which seems to have some aerodynamic qualities) will be better off.
Yeah, I'm wondering how they imagine the ships will fly close to planetary surfaces. Are the vertical thrusters enough to lift a ship in Earth-like gravity, or must your main engines point downwards? Do you have to get some sort of aerodynamic lift? Few of the ships appear to have any functional wings. And what about planets without atmosphere? Lots of questions.