Earlier quoted context omitted.
> The likely driving force that is causing it is the manufacturers BOM costs. Whilst I think this is part of it's about more than just reducing the BOM. There's a trend to move all interfaces from knobs and switches to touch screens even when money isn't the problem. For example the SpaceX Dragon capsule also takes this approach which you can see from the images below: https://www.spacex.com/crew-dragon A heavily vib…
> A heavily vibrating vehicle which needs to be operated quickly and with 100% reliability by a human operator really should not be operated via a proliferation of touch screens and touch buttons as the images above show. In fairness to SpaceX, Dragon largely isn't designed to be operated by a human. There's a reason that page calls out stuff like "how warm should the cabin be" as the sort of decisions being made wit…
BTW, not surre if they implemented it in the end, but they planned to handle screen blurring due to vibrations by shifting the screen content based on accelerometer data in real time. A rather clever idea IMHO. :)