banana
Full Access Member
I found this you tube video, tell me it was due to tire pressure or something.
http://www.youtube.com/watch?v=WKbqwCZIu74
http://www.youtube.com/watch?v=WKbqwCZIu74
did i buy the wrong diesel?
- Thread starter banana
- Start date
BamaSixGun
SDD Super Mod/Staff
dodge propaganda
Dieselpwrdredneck
Addicted2Diesel
i've seen that before, bumper to bumper pulls are rarly fair, it's not so much the power but the weight, obviosly he wasnt skimpin on power cuz the stroke was smokin em all the way back
addicted
Full Access Member
I was going to say the same thing. On the first pull he was smoking them all the way back.
On the second pull though I noticed he wasn't. The tires were only smoking due to being pulled backwards.
But the truth is it is not fair at all. It all comes down to traction. Even slightly bigger tires and a few more pounds would make a huge difference.
Also appeared the Dodge driver new a bit more about physics.
The co-efficient of friction is much much greater when an object is not moving. The same object on the same surface that is already in motion will have a lower co-efficient. Notice how it is easier to move that box when it is already moving....why it is so much harder to start than keep going.
The Ford started off balls to the wall and was smoking the tires trying to drag the Dodge. The dodge held his brakes as you can tell when he started to go back. Once the Ford lost its traction the Dodge Dug and and used it torque (which they are known best for) to pull out of that situation with a higher friction/traction and took the Ford to town.
On the second pull though I noticed he wasn't. The tires were only smoking due to being pulled backwards.
But the truth is it is not fair at all. It all comes down to traction. Even slightly bigger tires and a few more pounds would make a huge difference.
Also appeared the Dodge driver new a bit more about physics.
The co-efficient of friction is much much greater when an object is not moving. The same object on the same surface that is already in motion will have a lower co-efficient. Notice how it is easier to move that box when it is already moving....why it is so much harder to start than keep going.
The Ford started off balls to the wall and was smoking the tires trying to drag the Dodge. The dodge held his brakes as you can tell when he started to go back. Once the Ford lost its traction the Dodge Dug and and used it torque (which they are known best for) to pull out of that situation with a higher friction/traction and took the Ford to town.
W4RLR
High Tech Hillbilly
Kinda hard to pull back when your tires are in the air most of the time.
Throw a few bags of concrete in the bed of that Ford and you would have seen quite a different outcome.
Those Dodge guys will do anything to make themselves look good. Too bad they have a good engine surrounded by a crappy truck!
Throw a few bags of concrete in the bed of that Ford and you would have seen quite a different outcome.
Those Dodge guys will do anything to make themselves look good. Too bad they have a good engine surrounded by a crappy truck!
addicted
Full Access Member
W4RLR
High Tech Hillbilly
Dieselpwrdredneck
Addicted2Diesel
check out these bumper pulls.....http://www.truetuggers.com/video.html
