I'm surprised no one has suggested the obvious solution to this issue. Simply use a transdimensional portal and store the cover in a different dimension when not needed!I’ve seen people’s sketches of how they think this could happen and it always seems to involve either losing massive headroom in the back seat, losing vault space, panels sitting on top of the roof when you can’t close it, or some kind of manual removal of panels.
Aha! Thats how you and Crissa keep switching places! LolI'm surprised no one has suggested the obvious solution to this issue. Simply use a transdimensional portal and store the cover in a different dimension when not needed!
Any theories on why they extended the rear portion of the glass roof, which used to line up with the rear edge of the rear doors? (Aesthetically I liked it better before.)
Assuming this change doesn't add leg room in the backseat by moving the seats backwards (and therefore doesn't shorten the bed), I am wondering what is gained from an engineering perspective.
Is structural integrity a plausible reason given that the vehicle has a 30X steel exoskeleton, a structural battery pack and a front and rear mega casting?Like most structures it is probably like that for multiple reasons, but structural integrity is likely one reason. Stress concentrates at inside corners. When the roof beam edge was aligned with the vertical edge, 2 stress concentrations coincided on a narrow beam making it a weak spot. Now the weak spot is distributed over a larger area, and that area is no longer in the heat affected zone of a roof beam weld.