SoCal Rob
Well-Known Member
I’m not comparing a Rivian to a truck from the ‘60s. I’m comparing the type of catastrophic failure that would have had essentially the same results then and now. I wrote that to illustrate that mechanical failures (then) are often obvious and we wouldn’t ask why a vehicle with an obvious mechanical failure came to a stop suddenly and can no longer move under its own power. A system failure in a modern vehicle (now) can have the same effect even though the vehicle LOOKS fine to the naked eye. So, if one of your ancestors had a catastrophic failure in a new almost-purely mechanical vehicle they wouldn’t be demanding that the vehicle continue on when it clearly couldn’t.I think your comparison to a truck from the 1960s is ridiculous. So that's our benchmark now?
I would not have my wife drive my 9 month old son in a 1960s truck that was in such bad shape that the rear axle could completely break off by simply driving it 15 mph.
You can’t always engineer a way to deal with a specific catastrophic failure or cascade of failures. These failures may not be obvious in today’s vehicles. Without knowing the details of Rivian’s capabilities and system architecture during whatever failure(s) your Rivian experienced when your wife was driving it, it may be that demanding the vehicle continue on would be like your ancestor in their then-new truck demanding that it give them more warning/continue to move when it clearly couldn’t.
Hopefully Rivian can learn from these incidents and implement a more graceful failure mode. Time will tell…
edit:typo
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