Not yet a member? No problem!
Sign-up just takes a second.
Forgot your password?
Recover it now.
Already signed up?
Log in now.
Forgot your password?
Recover it now.
Not yet a member? No problem!
Sign-up just takes a second.
Remember your password?
Log in now.
6 Comments
brycewi19says...Um, so what are the actual results?
Wouldn't the added weight of all that clay ultimately reduce gas mileage?
DarkMattersays...The gas mileage improved 11% from the un-dimpled car. However, Adam prefaced that result by admitting that the car almost definitely used more gas to get to the speed they were testing it at (65 mph/104.6 kph).
alizarinsays...>> ^DarkMatter:
The gas mileage improved 11% from the un-dimpled car. However, Adam prefaced that result by admitting that the car almost definitely used more gas to get to the speed they were testing it at (65 mph/104.6 kph).
But only because the clay was >800 pounds. If the dimples were part of the car's body the car would legitimately get 11% better mpg - that's the way I heard it.
critical_dsays...*dead
siftbotsays...This video has been declared non-functional; embed code must be fixed within 2 days or it will be sent to the dead pool - declared dead by critical_d.
antsays...>> ^critical_d:
dead
I couldn't find an English replacement so I used a dubbed French one.
Discuss...
Enable JavaScript to submit a comment.