Ken1951
Addicted to Fun and Learning
Saw this over the weekend on the Barrett-Jackson broadcast. Powered by a 572ci Chev BB. Too weird for words!
Looks like a toy model in the picture.
Saw this over the weekend on the Barrett-Jackson broadcast. Powered by a 572ci Chev BB. Too weird for words!
It really doesn't do it justice as it was really large and oh so crazy.Looks like a toy model in the picture.
Taking those kind of pictures is interesting. You put the car in a dark garage. Put your shutter to bulb and use a bright flashlight to paint just the car, and then close the shutter. Or at least that is one way to do it. Maybe they took a picture and just blacked out the background.
I would love to have one to tool around in Houston.
Saw this over the weekend on the Barrett-Jackson broadcast. Powered by a 572ci Chev BB. Too weird for words!
Squadron?
Zero emissions?In germany you cannot charge a car with electricity in an underground car park, you can understand why...
The video shows a car catching fire. The US made Chevy Bolt has that problem. Proposed EPA regulations released this week will require 17% of all new US cars and light trucks to be EV by 2026.Zero emissions?
The 2019 Bolt is 35 times more likely to catch fire than the average 2019 car at last count, which isn't good. Then again the Citroen AX petrol models had a failure mode where they caught fire some minutes after the engine was switched off. It happened often enough to be notorious among firemen, but I don't have any stats to point to. Public awareness was zero if you didn't know someone it had happened to, and there was no recall. It does make me wonder if a petrol model would have had the same level of publicity as the Bolt.The video shows a car catching fire. The US made Chevy Bolt has that problem. Proposed EPA regulations released this week will require 17% of all new US cars and light trucks to be EV by 2026.
Only 35? I'm concerned about whether electrification of transportation will go smoothly. There could be shortages of lithium, cobalt, electricity and charging stations. Other manufacturers could repeat the Bolt fiasco or some other version of it. 17% EV adoption rate is 5 times what we have now. There are long waiting lists for Teslas and Ford's new EVs.The 2019 Bolt is 35 times more likely to catch fire than the average 2019 car at last count, which isn't good. Then again the Citroen AX petrol models had a failure mode where they caught fire some minutes after the engine was switched off. It happened often enough to be notorious among firemen, but I don't have any stats to point to. Public awareness was zero if you didn't know someone it had happened to, and there was no recall. It does make me wonder if a petrol model would have had the same level of publicity as the Bolt.
It doesn't help that we haven't had as long to work out good ways to put out (and keep out) lithium battery fires as we have with petrol fires, but progress is being made. There's also an argument to be had over energy density vs. fire risk when manufacturers pick battery chemistry.
Only 35 so far - the mitigations seem to have reduced the rate but not stopped the fires entirely. I hope it's concentrated industry minds on the reputational and financial risk of a similar debacle, but it's hardly unique to EVs. We've had emissions cheating from multiple manufacturers, Toyota's recall for defective brake components, the Takata airbag recall affecting multiple manufacturers, etc. so I suppose I shouldn't get my hopes up.Only 35? I'm concerned about whether electrification of transportation will go smoothly. There could be shortages of lithium, cobalt, electricity and charging stations. Other manufacturers could repeat the Bolt fiasco or some other version of it. 17% EV adoption rate is 5 times what we have now. There are long waiting lists for Teslas and Ford's new EVs.