firsttruck
Well-known member

Those look a lot less like being capable of being work trucks than the 3mm cold-rolled stainless armored Cybertruck RCs being built at Austin.Some of the designs they came up with:
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Those look a lot less like being capable of being work trucks than the 3mm cold-rolled stainless armored Cybertruck RCs being built at Austin.Some of the designs they came up with:
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...I'm still a bit concerned about the forward/side visibility with those long, extended A-pillars blocking so much view of the road that isn't normally blocked.
Eh.. I kinda like the look of the CT.. It's grown on me. Plus,Some of the designs they came up with:
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Ever vigilant eyesA-pillars have gotten chunky everywhere. Cabins are more crush proof and air bags take up space. Tesla is not going to skimp here.
That's all the more reason to say, 'keep your head on a swivel' when approaching stop signs. A pedestrian or cyclist could fit behind them at the right speed and...
Anyhow, I've never hit anyone, but I have seen them at the last moment because they were traveling just the right speed to remain hidden.
Also all the more to have AI looking for them, too. Always good to have a second set of 'eyes'.
-Crissa
The difference is that on many vehicles the A pillars are more upright. The long thick ones really can cover a lot. Even on the Model 3 the sweeping A pillars would constantly cover people and cars. Had a few close calls that way.![]()
Here's the A-pillar from my Fiat 500. It's a miracle I haven't killed anyone
It's those dang safety radicals. Wanting a vehicle to protect its occupants, why? Why do you need the car to protect you in a roll-over? I mean, there are no tires on the roof, it's not meant to drive on the roof! Who cares if the top folds down to the doors when it flips? It's you stupid fault for flipping the dang thing over in the first place. And the purpose of the roof is to protect you from the elements, not increase crash worthiness in frontal impacts. It's simple, just don't run into things! I mean, people do it every day.I yearn for the days when A pillars were slimmer.
You will notice a driver that is truly skilled will always move their head fore/aft about 6 inches, while simultaneously glancing far right and left, before accellerating through an intersection with the possibility of pedestrians, bicyclists or even a motorcyclist moving into one of the blind spots. It's something a human needs to do to form a truly unobstructed 360 degree view of the surrounding environment before they push the accellerator and we do it without consciously understanding why we are doing it, or even being aware that we are doing it.A-pillars have gotten chunky everywhere. Cabins are more crush proof and air bags take up space. Tesla is not going to skimp here.
That's all the more reason to say, 'keep your head on a swivel' when approaching stop signs. A pedestrian or cyclist could fit behind them at the right speed and...
Anyhow, I've never hit anyone, but I have seen them at the last moment because they were traveling just the right speed to remain hidden.
Also all the more to have AI looking for them, too. Always good to have a second set of 'eyes'.
-Crissa
Well, I think air bags are probably a big reason for the thickness. You look at race cars with space frames and they are actually thinner than many A pillars these days. Or even cars a few years back, and their frames were still sturdy enough not to get crushed.It's those dang safety radicals. Wanting a vehicle to protect its occupants, why? Why do you need the car to protect you in a roll-over? I mean, there are no tires on the roof, it's not meant to drive on the roof! Who cares if the top folds down to the doors when it flips? It's you stupid fault for flipping the dang thing over in the first place. And the purpose of the roof is to protect you from the elements, not increase crash worthiness in frontal impacts. It's simple, just don't run into things! I mean, people do it every day.
Stupid car designers!
Airbags prevent us all from having to wear helmets to maintain a bit of safety in the event of an accident.Well, I think air bags are probably a big reason for the thickness. You look at race cars with space frames and they are actually thinner than many A pillars these days. Or even cars a few years back, and their frames were still sturdy enough not to get crushed.
Roll-over accidents are statistically the most deadly of all accidents, primarily because of this:Well, I think air bags are probably a big reason for the thickness. You look at race cars with space frames and they are actually thinner than many A pillars these days. Or even cars a few years back, and their frames were still sturdy enough not to get crushed.
I don’t think I was dismissing the deadliness of a rollover. Just that roof strength isn’t the only reason for thick pillars.Roll-over accidents are statistically the most deadly of all accidents, primarily because of this:
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Yes, thick A-pillars save lives, particularly when they are well-engineered using some extra-high-strength steel. Some manufacturers only engineer to pass the roof strength test, Tesla engineers to break the testing machine:
UPDATE: Tesla roof so strong it broke crush-test machine (usatoday.com)
More upright matches that people are more upright.The difference is that on many vehicles the A pillars are more upright. The long thick ones really can cover a lot. Even on the Model 3 the sweeping A pillars would constantly cover people and cars. Had a few close calls that way.
I yearn for the days when A pillars were slimmer.