Because most of my viewers are American. Conversions are simple, and 60 mph is close to 100 km/h so most of the info remains relevant.
If I understood 2.05sec is the fastest possible time for a car that cab stop in 90ft, so if the Bugatti Chiron stops in a shorter distance then the fastest acceleration time would be even lower?
Chiron with glued tires worth $30000 hardly street tires
Also acceleration confides to tire friction. The Chiron I’m sure will have aero breaking, much like the veyron. Making it’s breaking distance have a non-friction related measure being applied
My Fiesta has a 1.25 badge which obviously stands for the 0-60 time duh
My miata has a Mazda badge, so obviously it does 0-60 in a zoom zoom
My ford has a ford badge, which means it can’t reach 60mph
The uncle of my buddy has a GTR that can do it in 1.2 seconds. On full boost it can probably do it in 0.8.
A top fuel dragster with around 7000hp does 0-60 in 0.6-0.7sec. I cant imagine a gtr doing 0.8
awesome xD
I was about to down vote this until I saw the sarcasm, haha. Good one.
My ufo does it in 0.001 seconds
It’s all nice in theory, but wouldn’t the weight distribution differences under acceleration and deceleration affect the times?
No because we are assuming the braking system is able to produce peak grip at all four wheels. A car that is able to accelerate that quickly will have to have a drivetrain that can produce peak grip at all 4 wheels under acceleration. A rwd car won’t be able to achieve this good of a time unless it is doing a wheelie, which is unlikely on street tires.
Tires get progressively better, so I guess the peak theoretical 0-100 (using metric just to confuse everyone) time would get lower as the cars get more power.
The fastest acceleration time ia aomething crashing into a wall
That would be fastest DEceleration time
Correction: the fastest acceleration time would be something crashing out of a wall => just solved time travel. NASA why dont you just give me that internship yo
Wow cool! Math!
VW drag bug Black Current III with a time of 0-60 in 1.6 seconds.
Comments
why didn’t you use the metric system??
Because most of my viewers are American. Conversions are simple, and 60 mph is close to 100 km/h so most of the info remains relevant.
If I understood 2.05sec is the fastest possible time for a car that cab stop in 90ft, so if the Bugatti Chiron stops in a shorter distance then the fastest acceleration time would be even lower?
Chiron with glued tires worth $30000 hardly street tires
Also acceleration confides to tire friction. The Chiron I’m sure will have aero breaking, much like the veyron. Making it’s breaking distance have a non-friction related measure being applied
My Fiesta has a 1.25 badge which obviously stands for the 0-60 time duh
My miata has a Mazda badge, so obviously it does 0-60 in a zoom zoom
My ford has a ford badge, which means it can’t reach 60mph
The uncle of my buddy has a GTR that can do it in 1.2 seconds. On full boost it can probably do it in 0.8.
A top fuel dragster with around 7000hp does 0-60 in 0.6-0.7sec. I cant imagine a gtr doing 0.8
awesome xD
I was about to down vote this until I saw the sarcasm, haha. Good one.
My ufo does it in 0.001 seconds
It’s all nice in theory, but wouldn’t the weight distribution differences under acceleration and deceleration affect the times?
No because we are assuming the braking system is able to produce peak grip at all four wheels. A car that is able to accelerate that quickly will have to have a drivetrain that can produce peak grip at all 4 wheels under acceleration. A rwd car won’t be able to achieve this good of a time unless it is doing a wheelie, which is unlikely on street tires.
Tires get progressively better, so I guess the peak theoretical 0-100 (using metric just to confuse everyone) time would get lower as the cars get more power.
The fastest acceleration time ia aomething crashing into a wall
That would be fastest DEceleration time
Correction: the fastest acceleration time would be something crashing out of a wall => just solved time travel. NASA why dont you just give me that internship yo
Wow cool! Math!
VW drag bug Black Current III with a time of 0-60 in 1.6 seconds.
http://www.greencarreports.com/news/1061309_exclusive-black-current-iii-electric-drag-champion--whats-really-under-the-hood
He did say “street tires” a few times in the video…