- 16,940
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The planet being known beforehand is enough for them to adjust.
It is not. Your essentially arguing that even when the landing location isn't in view, they are still going to slow just because the planet was known for literally no reason or purpose. That doesn't make any sense.
I actually don't have to, because the arguments here are made to fit within these standards. Slowing happens only when the location comes into view, so you can discern when to slow after getting that information.This is a classic case of travel speed and there is literally no way it can scale to any other form of speed unless you literally change the standards.
That information, here, doesn't come simply from seeing the planet. They need to see the landing spot on the planet before discerning when to slow. You are not going to slow yourself until you see the place your going to approach. That being the landing spot.
"Many people"As far as the "more people agree with me" argument goes, ignoring that it is appeal to popularity, you seem to be forgetting that many people including staff members had already agreed with the CRT and your "new" points brought nothing noteworthy to the table.
2 regular users (1 being the OP) agreed with this before I brought in the recent arguments. Then you have 1 other staff member here, who fled mid way into this. These points as of late also weren't brought up when they were here, so that makes their vote null.
Sure, appeal to popularity, but one single person (you) disagreeing with this absolutely isn't grounds to dismiss. Especially when another staff sides with me to make this just as equal.
We only see this light when they take off, and when they land. Not anywhere in between where the speed would be highest.
This assumption only exists if you assume they have to accelerate for quite a period of time, which is unfounded and stacking another assumption here. It also doesn't make sense since if slowing was to begin before approaching the planet, the light streak would have dissipated before even getting into the atmosphere, which absolutely isn't depicted.
See above. But to add more to it, the scene shows us that the light streak dissipates when near the ground at the end, showing it leaves when slowing.Unless there is proof that this light only appears when they travel at their full speed and gets dissipated when they get slower, this point holds no value.