nwngunner
Silver Member
Back at the 2009 auto show vw showed a mid seat roadster with 400hp and something like 70mpg it was another one of their tdi's.
I understand its the epa killing us, how ever i think it is entirely possible for a small 6cyl turbo diesel in a pickup to get 30mpg. **** my 8.0l gas 3500 dodge gets 12 to 14 pulling on the highway as long as i am not fighting the hills with a heavy load.
There is a greater amount of savings gained by getting the vehicals that get 12 to 14mpg to 20, then there is getting normal cars above the 30mpg.
Then again, my buddy has a 91 eclipse with the 1.8 and 5 speed gets over 30mph. New tech is not always better tech. I like the concept of stored energy.
Take a look about 90 to 100 years back, we had stationary gas engines that would run for hours on very little gas. The reason being, low rpm higher torque and massive flywheels which stored energy until the engine speed slowed to a set point in which the engine would then fire again. Yes heavy loads made the engine run harder and use more fuel but not drastic.
For the most part we are dealing with 75 year old tech in the engines in our cars. Offenhauser back in the 30s was working with DOHC and i know for a fact in the 40s was working with fuel injection.
I understand its the epa killing us, how ever i think it is entirely possible for a small 6cyl turbo diesel in a pickup to get 30mpg. **** my 8.0l gas 3500 dodge gets 12 to 14 pulling on the highway as long as i am not fighting the hills with a heavy load.
There is a greater amount of savings gained by getting the vehicals that get 12 to 14mpg to 20, then there is getting normal cars above the 30mpg.
Then again, my buddy has a 91 eclipse with the 1.8 and 5 speed gets over 30mph. New tech is not always better tech. I like the concept of stored energy.
Take a look about 90 to 100 years back, we had stationary gas engines that would run for hours on very little gas. The reason being, low rpm higher torque and massive flywheels which stored energy until the engine speed slowed to a set point in which the engine would then fire again. Yes heavy loads made the engine run harder and use more fuel but not drastic.
For the most part we are dealing with 75 year old tech in the engines in our cars. Offenhauser back in the 30s was working with DOHC and i know for a fact in the 40s was working with fuel injection.