Difference in LT1 Engine
#16
Re: Difference in LT1 Engine
A big issue is a lot of "non-GM" people call them all "corvette" engines since that version is like the patriarch of the engine line. They use the term the same way other non-car people may say "this one comes with the 'police engine'. I don't think they say it to be deceptive or anything. I think they just don't know any better. Or, maybe I just have too much faith in people lol...
#17
Re: Difference in LT1 Engine
No... 94-97 Z28 had the 140-amp alternator, same as the B4C Special Service package. B4C was truly just a Z28 disguised as a base model.
The misleading info comes from a website in Canada called camarosource. The say the B4C got a 140-amp alternator, as if it was something different, and that it had “the 4-speed electronically controlled CAGS (“Computer Aided Gear Selection”) automatic transmission.....”.
They have completely mixed up CAGS (Skip-Shift) with the automatic trans, when in fact we all know that was part of the manual 6-speed trans.
http://www.camarosource.ca/rare_specialty/b4c/
The misleading info comes from a website in Canada called camarosource. The say the B4C got a 140-amp alternator, as if it was something different, and that it had “the 4-speed electronically controlled CAGS (“Computer Aided Gear Selection”) automatic transmission.....”.
They have completely mixed up CAGS (Skip-Shift) with the automatic trans, when in fact we all know that was part of the manual 6-speed trans.
http://www.camarosource.ca/rare_specialty/b4c/
#20
Re: Difference in LT1 Engine
i have a 1994 Trans Am, Been looking for a LT1 extra Engine to make into a 383 Stroker later on down the road I thought i seen something that a corvette Engine has 4 bolt main? a Guy E-mail me says he has a 1995 Corvette Engine for sale
What the difference between the 1994 Trans Am and the 1995 Corvette Engines? (I do know that the trans am engine should have Aluminum heads it does not)
What the difference between the 1994 Trans Am and the 1995 Corvette Engines? (I do know that the trans am engine should have Aluminum heads it does not)
#21
Re: Difference in LT1 Engine
..... it had been drilled at each cylinder for nitros (sic) direct into the cylinder....
#22
Re: Difference in LT1 Engine
1st they machined the block flat at the cylinders
Then bolted on this little machined block
#23
Re: Difference in LT1 Engine
Someone actually told you that was how they sprayed nitrous? With a straight face?
Three holes, penetrating the block at each cylinder, just below the top deck, and just above (if they were lucky) the water jacket, center hole blind and threaded, two outer holes all the way through the cylinder wall, spraying cold nitrous on the top piston ring? Then the piston drops on the intake stroke, nitrous flows in, some of it opposing flow from the intake valve, continues flowing, even when the piston reverses and moves upward on the compression stroke, crown of piston sort of blocks nitrous flow, only a bit of it bypassing the rings into the crankcase, spark ignites, piston drops on the power stroke? Nitrous still flowing... oh, wait, the combustion pressure is greater than the nitrous pressure, and combustion gasses flow out the holes for the nitrous?
Piston bottoms out, reverses to move upward on the exhaust stroke, and nitrous is still flowing into the cylinder and out the exhaust stroke. Oh, wait.... they must have used some fuel injectors that could handle the 1,000 PSI nitrous pressure, to control the nitrous, driven in parallel with the actual fuel injectors?
Craziest thing I've heard in 20 years on this site. Might explain the hole in #8..... and at this point, with all the holes drilled in the block, it's no more than a giant, useless boat anchor.
Three holes, penetrating the block at each cylinder, just below the top deck, and just above (if they were lucky) the water jacket, center hole blind and threaded, two outer holes all the way through the cylinder wall, spraying cold nitrous on the top piston ring? Then the piston drops on the intake stroke, nitrous flows in, some of it opposing flow from the intake valve, continues flowing, even when the piston reverses and moves upward on the compression stroke, crown of piston sort of blocks nitrous flow, only a bit of it bypassing the rings into the crankcase, spark ignites, piston drops on the power stroke? Nitrous still flowing... oh, wait, the combustion pressure is greater than the nitrous pressure, and combustion gasses flow out the holes for the nitrous?
Piston bottoms out, reverses to move upward on the exhaust stroke, and nitrous is still flowing into the cylinder and out the exhaust stroke. Oh, wait.... they must have used some fuel injectors that could handle the 1,000 PSI nitrous pressure, to control the nitrous, driven in parallel with the actual fuel injectors?
Craziest thing I've heard in 20 years on this site. Might explain the hole in #8..... and at this point, with all the holes drilled in the block, it's no more than a giant, useless boat anchor.
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