Interesting how you can see the chromatic aberration on the bomber but not the ground. I guess that this implies that the optical and/or software correction that they're doing only works within a _very_ narrow focal plane, given the relative proximity of the bomber to the ground.
This is kind of surprising, because if the tolerances for avoiding chromatic aberration are that small, whatever is collecting this data would have to be constantly adjusting its optics or software based on the topography.
This is kind of surprising, because if the tolerances for avoiding chromatic aberration are that small, whatever is collecting this data would have to be constantly adjusting its optics or software based on the topography.
EDIT: it's not chromatic aberration, it's pixel misalignment caused by the object being in motion: https://news.ycombinator.com/item?id=29627917