0
For the V6 and V8 models of the dakots they use a 2" pipe from manifold to Y then from Y to Muffler is 3" then 2 1/2" out the back behind the passenger side tire.
Wiki User
∙ 15y ago
Add your answer:
Earn +20 pts
Will a 3.9 v6 engine from a 1995 Dodge Dakota fit into a 2000 Dodge Dakota with a 3.9 v6 engine?
Yes. A 3.9 v6 engine from a 1995 Dodge Dakota will fit into a 2000 Dodge Dakota with a 3.9 v6 engine. You will have to swap the intake and exhaust manifolds along with all sensors and fuel rail though.
Where is-are O2 sensors on 93 Dodge Dakota 3.9L V6?
on the exhaust pipe leading back from the cat
Where is the oxygen sensor in a 2000 Dodge Dakota v 8?
there are two. both are on the exhaust pipe(s)
Where is the oxygen sensor location on 1992 dodge Dakota engine?
Next the transmission passger side exhaust down tube after the (Y) in the exhaust tube.
Where is O2 sensor in Dodge Dakota?
It/they are in the exhaust manifold/pipe, before (and after) the catalytic converter. Depends on yearand engine.
Where is the oxygen sensor 1999 dodge Dakota?
The oxygen sensors are screwed into the exhaust pipe near the catalytic converter.
Where is the oxygen sensors are on a 2000 dodge Dakota?
Screwed into the exhaust pipe, just behind the engine.Screwed into the exhaust pipe, just behind the engine.
What is a 2005 Dodge Dakota lug pattern?
The wheel and lug specification for the 2005 Dodge Dakota with the 17x7 inch wheels are as follows. The bolt layout diameter of 5.5 inches and a lug pattern of 5-139.
What does the exhaust system look like on a 1997 dodge Dakota 5.2 L?
Crawl under the truck and take a look.
Where are the freeze plugs located on a 1988 dodge Dakota 4x4?
alond the sides of the engine block prob under the exhaust manifold
How do you change smog pump on 1991 Dodge Dakota?
The easiest method is to remove it, and plug the ports on exhaust manifolds and catalytic converter.
Where is the oxygen sensor on a 1998 Dodge Dakota?
There is one on the manafold on the passenger side and there is one located on the exhaust between the converter and the muffler
