Smaller engine size talk is crazy to me
#61
Le Mans Master
Why the hell would the C7 have to have a smaller engine, or an engine with less power?? Now I know there has been talk of the 5.5 liter, but I am talking of something like a V6.
Look at the car show vehicles. A 550 hp Camaro, TWO 500+ hp Mustangs, a 465 hp Charger and even a 429 hp HYUNDAI. This is not to mention the 550hp Cadillac, which gives GS Vette performance in a car cheaper than the Z06, which we would have to buy if we wanted that kind of HP.
But when it comes to Corvette all you hear (and I know at this point it is just hearsay) is smaller, lesser and best of all CAFE. CAFE? Who cares about that??? I didn't buy a Vette to be concerned with the gas milage.
Does anyone else wonder what is going on here? I thought the Vette was supposed to be the best bang for the buck performance car bargain?
Look at the car show vehicles. A 550 hp Camaro, TWO 500+ hp Mustangs, a 465 hp Charger and even a 429 hp HYUNDAI. This is not to mention the 550hp Cadillac, which gives GS Vette performance in a car cheaper than the Z06, which we would have to buy if we wanted that kind of HP.
But when it comes to Corvette all you hear (and I know at this point it is just hearsay) is smaller, lesser and best of all CAFE. CAFE? Who cares about that??? I didn't buy a Vette to be concerned with the gas milage.
Does anyone else wonder what is going on here? I thought the Vette was supposed to be the best bang for the buck performance car bargain?
So, let's say - and I don't hold this to be the actual ratios - that for every Corvette produced, Chevrolet needs to produce, say, 3 Cruzes.
But let's also consider that I'm wrong and that the CAFE standards don't apply to the entire fleet of vehicles produced. Big Deal. It could only make the cars we presently have become more rare. Ferrari was so long considered to mean a V-12 engine that later production versions with V6 and V8 engines weren't even called Ferraris at first. Yet, now these engines comprise the bulk of Ferrari production.
As others have already stated, technology is so advanced that even if they did decide to put a V-6 in a Corvette, I don't think GM would allow the performance to suffer. Hopefully they learned that lesson in the late 70's.
If the quality continues to improve with each new generation I might not care of they put an electric engine in the Corvette. You can only milk this V-8 pushrod front engined concept so far.
I think it's going to be interesting, maybe not fun, to watch and see what happens.
#62
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I don't think the Ford produces more per lb of engine weight.
Also what does the G/S have to do with LRR Tires versus non LRR tires? You seem hell bent on trying to direct the conversation to a specific topic on which you want to harp on instead of having an actual discussion where *GASP* you could actually learn something!
Also what does the G/S have to do with LRR Tires versus non LRR tires? You seem hell bent on trying to direct the conversation to a specific topic on which you want to harp on instead of having an actual discussion where *GASP* you could actually learn something!
#63
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Truck sales are actually slipping a little compared to prior years and I really do think that has a lot to do with peoples fears of a large fuel price spike. I bring this up because even the diesel market is experiencing slowing sales and most of those trucks are deliver more HP and torque than ever before, most are now delivering in excess of 700 ft lbs of torque, which could just about de-slab your home. However, even with those improvements sales have not really taken off. If I were guessing the same would happen eventually to cars with a modern 454 or 500 CI BB, they would be hot for a short period of time but as soon as gas prices started to sky the dealers would have a hard time selling those cars.
#64
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I don't think the Ford produces more per lb of engine weight.
Also what does the G/S have to do with LRR Tires versus non LRR tires? You seem hell bent on trying to direct the conversation to a specific topic on which you want to harp on instead of having an actual discussion where *GASP* you could actually learn something!
Also what does the G/S have to do with LRR Tires versus non LRR tires? You seem hell bent on trying to direct the conversation to a specific topic on which you want to harp on instead of having an actual discussion where *GASP* you could actually learn something!
Bill
#65
Race Director
As others have already stated, technology is so advanced that even if they did decide to put a V-6 in a Corvette, I don't think GM would allow the performance to suffer. Hopefully they learned that lesson in the late 70's.
If the quality continues to improve with each new generation I might not care of they put an electric engine in the Corvette. You can only milk this V-8 pushrod front engined concept so far.
I think it's going to be interesting, maybe not fun, to watch and see what happens.
If the quality continues to improve with each new generation I might not care of they put an electric engine in the Corvette. You can only milk this V-8 pushrod front engined concept so far.
I think it's going to be interesting, maybe not fun, to watch and see what happens.
Electric cars are a fad that will probably pass once the government figures out how much toxic waste they produce when they are in the junk yard.
#66
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Shhhhh, your not suppose to bring that up, that would be a complete contradiction to the go green fad. I guess the folks who continue to push for this legislation don't worry about things like that because dumps and junk yards are not allowed in their neighborhoods.
#67
Le Mans Master
Lets remember, no real lead to speak of in any of the hybrid batteries AND Toyota has had a recycling program in place for many years related to their hybrid program.
To ensure that hybrid batteries are returned to Toyota, each battery has a phone number on it to call for recycling information. Salvage companies that want to get a battery recycled can present it to any Toyota dealer and receive a $150 core reward.
Toyota has been recycling NiMH batteries since the RAV4 Electric Vehicle was introduced in 1998. Every part of the battery, from the precious metals to the plastic, plates, steel case and the wiring, are recycled or processed for disposal.
At the recycler, the battery modules are separated from the wire harness, controller and metal shell (all common materials that are recycled).
Using a first generation Prius battery as an example:
After the above mentioned parts are removed, there are 89 pounds of batteries.
The plates are removed from the cases leaving 11 pounds of plastic cases and 78 pounds of plates/chemicals/and absorbent materials.
The plastic cases (Polypropylene) are recycled similar to any other consumer plastic.
Of the remaining 78 pounds, we extract 32 pounds of nickel that is sold into the steel industry as an alloy to make stainless steel, four pounds of cobalt that is used in a variety of industries -- other batteries and super alloys, and five pounds of common alloy steel (terminals and intercell connectors).
The remaining materials and chemicals are processed for recycling or disposed in an environmentally friendly fashion following local, state, and federal regulations.
Toyota has been recycling NiMH batteries since the RAV4 Electric Vehicle was introduced in 1998. Every part of the battery, from the precious metals to the plastic, plates, steel case and the wiring, are recycled or processed for disposal.
At the recycler, the battery modules are separated from the wire harness, controller and metal shell (all common materials that are recycled).
Using a first generation Prius battery as an example:
After the above mentioned parts are removed, there are 89 pounds of batteries.
The plates are removed from the cases leaving 11 pounds of plastic cases and 78 pounds of plates/chemicals/and absorbent materials.
The plastic cases (Polypropylene) are recycled similar to any other consumer plastic.
Of the remaining 78 pounds, we extract 32 pounds of nickel that is sold into the steel industry as an alloy to make stainless steel, four pounds of cobalt that is used in a variety of industries -- other batteries and super alloys, and five pounds of common alloy steel (terminals and intercell connectors).
The remaining materials and chemicals are processed for recycling or disposed in an environmentally friendly fashion following local, state, and federal regulations.
#68
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I always have to laugh at this one because nobody here or anywhere gives a rats patoot about "toxic" batteries in the landfill until it relates to hybrid or electric cars.
Lets remember, no real lead to speak of in any of the hybrid batteries AND Toyota has had a recycling program in place for many years related to their hybrid program.
Lets remember, no real lead to speak of in any of the hybrid batteries AND Toyota has had a recycling program in place for many years related to their hybrid program.
in regards to Hybrid technology, still not where it needs to be and is an expensive endeavor for the buyer once power cells need to be replaced. That cost is substantial and is one of the hurdles this future form of transportation needs to overcome. Some food for thought, what do you think most do with the old battery in their cell phone when replacing with a new one? I don't have a clue what the total number of cell phones in use would be, but I am positive it is a staggering number to say the least. Yes there is a real concern for the number of batteries ending up in our landfills. The concern for Hybrid vehicle batteries ending up there is just the tip of the iceberg....
#69
Le Mans Master
That's not what is toxic (although some will argue). The manufacturing process is the toxic part.
All batteries are toxic which is true. But so are most deodorizers, and frankly most things are in some way shape or form "toxic" (even recycling can be toxic).
But your ideals here cloud the issue (as ideals do for most people).
All batteries are toxic which is true. But so are most deodorizers, and frankly most things are in some way shape or form "toxic" (even recycling can be toxic).
But your ideals here cloud the issue (as ideals do for most people).
I'm have one because I get a larger vehicle that gets fantastic gas mileage and is as reliable as any car I've ever owned.
Last edited by vettedoogie; 02-14-2011 at 10:39 PM.
#70
Drifting
Its because the current engines dont produce as much power per liter as other newer engines like the 5.0 mustang. Moving towards a direct injected, DOHC setup would give the same power with about 10-15% less displacement and 10-15% better fuel economy and less weight.
I think its a good idea for the base/GS models.
I think its a good idea for the base/GS models.
Anyways, isn't horsepower per liter just ricer math?
#71
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Also, about that overhead cam engine...GM Corvette has long maintained that for a given engine volume (volume of the entire engine, just not the volume of the cylinders) .....you can make more HP with pushrods for a street engine. The overhead cams make an engine volume a great deal larger and at the 6500 to 7000 rpm range, you can avoid this growth in engine size with pushrods. To repeat, I think the GM mantra is something like, if you stay below 6500-7000 rpm, pushrods will work just fine.
#72
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Also, about that overhead cam engine...GM Corvette has long maintained that for a given engine volume (volume of the entire engine, just not the volume of the cylinders) .....you can make more HP with pushrods for a street engine. The overhead cams make an engine volume a great deal larger and at the 6500 to 7000 rpm range, you can avoid this growth in engine size with pushrods. To repeat, I think the GM mantra is something like, if you stay below 6500-7000 rpm, pushrods will work just fine.
#73
Le Mans Master