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At 08:34 2.9.1997, Toby Erkson wrote: * Patrick, Patrick, Patrick, "I don't know, I was really drunk at the time". Yes, it is me. * Well, at least you are true to the pure stock VW. Yes and no. Sure, I like to go fast but I have learned that attempting to re-engineer a Volkswagen engine is a sheer waste of time. I think that VW has learned a thing or three in the more than sixty years that they have been building horizontally opposed four cylinder engines (water or air cooled). I have owned stock milled VWs and non-stock. I have wasted money building a 2110cc Type I engine and then returned back to planet Earth. * However, Toby B. is correct * in his statement that "...other attacks of precision help..." Doing anything to * improve upon the stock engine will help the engine perform or last (or both). And in creeps the old notion that "speed costs money, how fast do you want to go?" Other attacks of precision will also attack your wallet. Doing one thing (porting heads for example) and not doing another (using an improved exhaust) will create new problems. Mainly the need for expensive rebuilds. As I recall, the initial post referred to using a counterweighted crankshaft to improve wear characteristics. My point was that if you start doing things (playing around with the mix), you **have to** do others to get the results that you want. Like I said, it starts from where the fuel and air go in and ends where the exhaust leaves. You have to do a complete job to achieve your goal of longevity, or speed, or higher RPMs. Can you have all three? Maybe, if you can afford it. * Many of you forget that the reason VW didn't do these performance mods is * because they wanted to build an inexpensive vehicle. They also didn't have the * technology and research of *many* years that we have today to find these * performance mods. And to perform such research would've bumped up the price of * the vehicle and that's counter to what VW was striving for. (On the subject of this thread) Counterweighting a crankshaft is nothing new, and was not, even during the time that VW spent millions on R & D (and they did), which gave us more horsepower over the ages. These performance upgrades of 1200 to 1300, 1300 to 1500, 1500 to 1600 and so on improved many things (performance being one of them). Volkswagen knew that they had to make improvements to meet the demands of the driving public - remember, they wanted to do whatever it took to sell cars, and they had/have more than enough money to do research into performance modifications, without worrying about higher prices. I think that the price question was not at the forefront after the Beetle had established itself as the market leader. The "People's Car" idea started by the Dr Porsche and Adolf Hitler was more myth than reality by the 1960's. The bottom line was producing cars that would sell. It is still working today. * Given one pure stock engine and one similar stock engine that has been balanced, * ported, polished and blueprinted (all of which cannot be seen when the deck lid * is opened) I will take the 'modified' one and bet it's pink slip that it will * last longer, operate smoother, and pump out an extra horsepower or two over the * pure stock engine and still get the same or slightly better gas mileage. If the engine is built to correct specifications, I might agree with you. I would also be willing to bet you that it would cost about 40% more. This post seems to have mixed up a bunch of different thoughts and ideas - maybe my reply to the original started it all. Anyway, I hope that through it all, someone is able to figure out what the hell I was talking about - if so, could you remind me? Have a nice weekend. Patrick