Old Rocks
Diamond Member
LOLwouldn't the first order of business be to address the problem of archaic carburation
One man’s archaic is another man’s awesome.
Absolutely. I wish I had my 1965 Mustang convertible, teal green with black interior. It was an automatic with a t-handle stick shift. Man, what a chick magnet. I used to put it in neutral and rev the rpm's up to about 5,000 and jam it into 1st gear to race GTO's at stoplights. I dropped the driveshaft in the middle of the street in 1971. I sold it to my brother and his girlfriend got it stuck between two trees at 50 mph. I want to go back in time and get that car.
I'm never going to suggest for a moment anyone not buy an effeminate hybrid or emasculating electric car if that's what their milquetoast heart desires. So I don't expect anyone to suggest for a second I give up my choice of vehicle because of their desires.
The price of freedom is allowing other people to make their own choices, even if you don't agree with it.
The 0–100–0-mph test has a long history, most famously dating back to Carroll Shelby’s 1965 427 Cobra setting a time of 13.8 seconds with driver Ken Miles at what would later become Los Angeles International Airport. To be honest, I’ve always thought that number was pure propaganda from the wily old chicken farmer. In fact, many years ago I tried to replicate it in a 427 owned by Shelby at the Pomona dragstrip. With the great man himself exhorting me to try shifting at ever-higher revs (and his mechanic behind him waving “no-no!”), I finally blew the engine up trying.
With the Tesla P100D, we’re looking at the math: addition of the car’s 0–100-mph time and its 100–0-mph stopping seconds, captured during our routine testing. Partially, it’s an expediency because we didn’t have time to perform the whole 0–100–0 circus, which requires added equipment and lots of runs to get a representative example. But it also boils the matter down to what’s really the car’s essential performance. (Foot transition time from gas to brake pedal can vary a lot—from 0.2 to maybe 0.5 second.) OK, I agree. I’m a romantic, too, and I love the idea of actually doing the complete test. But this certainly makes for a clearer, more empirical picture of performance.
The result? The P100D captures a combined time of 10.2 seconds—that’s 6.0 seconds to 100 mph and 4.2 more to stop again. What’s that mean? Here it is below, listed in the context of cars we’ve similarly tested during the past few years:
http://www.motortrend.com/news/the-2017-tesla-model-s-p100d-0-100-0-test/
That old Charger is a slug. Both in performance and handling compared to a P100D Tesla.