Yeah let’s see, if the handle would have to be a different shape, they may need a different cutout for the door, different handle moulds, different mechanical parts, updated electronics… does anyone have a fucking clue how difficult it is to program one of those robotic arms? How expensive new moulds are? Any other potential knock-on effects this may have on the internal design?
People with the mentality of ‘it’s just a small plug at the bottom of the pool, how bad could it possibly be if we removed it’
They only have to redesign a new door, not an entire car.
Sure, it isn’t as easy adding a dent so you can grab the handle. But it is a lot easier and cheaper than designing a new door, which they do for every new model.
By the time you’re deciding to make all those potential changes, now the question is, if we already have to reprogram the robots, and get new moulds, do we want to make any other changes on this door at the same time, so that we don’t have twice the downtime to make the 2 changes?
Yeah let’s see, if the handle would have to be a different shape, they may need a different cutout for the door, different handle moulds, different mechanical parts, updated electronics… does anyone have a fucking clue how difficult it is to program one of those robotic arms? How expensive new moulds are? Any other potential knock-on effects this may have on the internal design?
People with the mentality of ‘it’s just a small plug at the bottom of the pool, how bad could it possibly be if we removed it’
They only have to redesign a new door, not an entire car.
Sure, it isn’t as easy adding a dent so you can grab the handle. But it is a lot easier and cheaper than designing a new door, which they do for every new model.
By the time you’re deciding to make all those potential changes, now the question is, if we already have to reprogram the robots, and get new moulds, do we want to make any other changes on this door at the same time, so that we don’t have twice the downtime to make the 2 changes?