buy a new bentley and then try this shit u scumbags :P
MindAndVision 1 year ago
dit you notic the air pressure takes action and makes the car a tiny tiny bit go forward?
BlackPsychoNonick 1 year ago
oh no it´s a lincoln !!!
DaBoogie049 1 year ago
That was my high school car WTF!!!! 330 feet someone please, its almost the top fall speed for a car due to wind resistance.
Tjrosenberry 1 year ago
It's ok the ground broke the fall lol.
Mercurachrome 2 years ago 4
wow cars can handle anything i could drive that home LOL
jdster199 2 years ago
was the car damaged?
smartestinUSA 4 years ago
It looks fine to me.
VoltageControlled 3 years ago
Lets seen now. x=0.5*a*t^2 so t=3.06 sec. Now v=at, so speed at impact is 97.9 ft/sec, or 66.7 mph. In short, its a highway speed crash.
geocam2 5 years ago
Ah, but you've neglected aerodynamic drag, so it'd be slightly less.
;-)
Aaah! Still using old fashioned units!!!
lewis72 3 years ago
Loading...Saving...
Loading...Saving...
buy a new bentley and then try this shit u scumbags :P
MindAndVision 1 year ago
dit you notic the air pressure takes action and makes the car a tiny tiny bit go forward?
BlackPsychoNonick 1 year ago
oh no it´s a lincoln !!!
DaBoogie049 1 year ago
That was my high school car WTF!!!! 330 feet someone please, its almost the top fall speed for a car due to wind resistance.
Tjrosenberry 1 year ago
It's ok the ground broke the fall lol.
Mercurachrome 2 years ago 4
wow cars can handle anything i could drive that home LOL
jdster199 2 years ago
was the car damaged?
smartestinUSA 4 years ago
It looks fine to me.
VoltageControlled 3 years ago
Lets seen now. x=0.5*a*t^2 so t=3.06 sec. Now v=at, so speed at impact is 97.9 ft/sec, or 66.7 mph. In short, its a highway speed crash.
geocam2 5 years ago
Ah, but you've neglected aerodynamic drag, so it'd be slightly less.
;-)
Aaah! Still using old fashioned units!!!
lewis72 3 years ago