just so you know
this is for the idiots who think VVT-I is like VTEC. http://world.honda.com/HDTV/news/2003-4031127a watch and be amazed.... i had a type-R and it ____es me off how sutpid on here compares these two motors. toyota is NOT on this level yet
VTEC is a good system, but it is equally stupid to act as if it is some magical turbo like system. It is a very simple system with a balance between econo and performance... period. That is specifically what it was designed for. If it were designed for pure performance it would have been drastically different.. actually it would have a more aggressive cam profile all the way around. Yes, it is incorrect to think they are the same, but it is naive to act as if it is some astronomical performance technology, or that toyota isn't "up to that level" yet. VTEC will soon be replaced by electronically controlled, continuously variable valves... which, by the way BMW and Cadillac are pushing hard to do. I myself am dissapointed in the dated VVT-i, VVTL-i, VTEC, etc technologies. Not because they are bad designs (they are all good), but because a camless engine would perform WORLDS above them, and it is past due for them to become realized.
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But my main point is to stop getting your panties in a wad over these things.. some people just dont know the difference.. and I am sure there are more than a few things others could teach you. Second, VTEC != rocket motor.. just as many people treat it like a "turbo" as do treat it the same as VVT-i, which is just as incorrect.
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But my main point is to stop getting your panties in a wad over these things.. some people just dont know the difference.. and I am sure there are more than a few things others could teach you. Second, VTEC != rocket motor.. just as many people treat it like a "turbo" as do treat it the same as VVT-i, which is just as incorrect.
Originally Posted by jaydub
So you had an ITR and stepped down to a tC?
Originally Posted by halfbreed
Originally Posted by jaydub
So you had an ITR and stepped down to a tC?
you are also familiar with the fact that gears multiply torque, and that if you make power at a high rpm, you can get an exactly equivalent torque at the wheels with proper gearing, right?
you are also familiar with the fact that the integra is a lot lighter than the TC right? and that acceleration and mass are intricately linked?
I hope you don't actually think you just bought a faster autocross car....
Originally Posted by captainlaziness
Seems to me that the glass roof wouldn't be a good thing to have in an Auto-x car.
Also the mention of rpm and power was pretty confusing sounding... maybe not incorrect, but not well stated. HP is a value calculated from TQ and RPM and a constant made up of the various conversion factors, so simply stated: HP =(tq*rpm)/5252, which is why a bhp chart will show the tq and HP lines intersecting at 5252. So with a torquey motor across the band, you have the ability to produce more HP at lower rpms, which is a better setup for accel/decell driving than being able to produce HP only at high rpm due to a lack of tq. Gearing also has a muliplying effect on this transmitted power... in a way. Conservation of energy keeps us in check to a point there as well. Yes, you can slap some short gears in a car and produce a ton of torque to the wheels... however, you are spinning the engine faster to do it. Or, you can place tall gears in a car and see an opposite effect. So a proper balance has to be reached.
I am in no way comparing the integra to the tC, just clarifying some of the info posted here. I could care less which one is faster stock... I like the tC, it has good potential for building, and all I really care about is what I can do with it... that is my fun of modding a car, not comparing to every other car out there...
but I think the point of this thread has already been addressed... so we are just getting off topic even further now
Oo, wow - nice.
Halfbreed, you really shouldn't be coming on here telling us that VTEC is different from VVT-i (which you should know, most of us know that) and using iVTEC-I as your evidence.
I remember you saying something about the K20 and whatnot - here's some news: The K20 does not have iVTEC-I. Or is that not your point?
Is your point simply that Toyota is not on the level of Honda? Oh wait, no. Your point is that:
And you wanted us to
And of course this isn't for those in the know already like you who
Instead it's for
So in the end, you really are a moron.
I mean honestly, you can't say anything because you would need to know everything about both motors to be able to be an expert and since you obviously CAN'T SPELL VVT-i PROPERLY, YOU ARE OBVIOUSLY AN IDIOT. Your mistake in this instance is that the 'i' is not capitalized, moron.
For those of you just joining us, this is the guy that called me an idiot for spelling VTEC as V-tech. My spelling error was a bit more than capitalization but my point is that spelling doesn't make an expert other than an expert in spelling.
Anyways, that said, the video posted really was amazing. But even more amazing is how you somehow think this is proof that VVT-i is different from VTEC. Here's more news for you: VTEC does not have direct injection. iVTEC does not have direct injection. The K20A2 and 3 do not use direct injection. The B blocks of yore do not use direct injection and most importantly, THE INTEGRA TYPE-R DOES NOT USE DIRECT INJECTION.
It ____es me off how stupid people come on here and compare two relatively similar systems, with a completely irrelevant and totally different system that is used in a Honda van sold in Europe.
FYI, VVT-i serves the same purpose as VTC which is found in iVTEC. Yes, the execution may be different. They serve the same purpose.
It also ____es me off how stupid people think that by owning a VTEC engine automatically makes them experts in the VTEC field. Well based on this logic, I'm an expert too because I have a VTEC motor sitting in my garage.
But the thing that slightly irritates me is how you have the nerve to come here and call yourself an expert and call other people, aka ME, idiots while you have not demonstrated ONCE your knowledge of VTEC and VVT-i and how they can not be compared.
Tell us, sir, since you already know something about VTEC, what do you know about VVT-i? You have demonstrated you know something about Toyota motors namely in that heads can't be swapped cross engines. What about the cams? What about how they work, how they modulate, and how it's beneficial.
So to sum it all up, you call me an idiot that knows nothing about motors simply because I misspelled VTEC, you make no real technical contribution to in anything you post, you don't capitalize anything other than acronyms, you think having a type R automatically makes you an expert at VTEC, you cite the fact that you had an ITR and use it as evidence that VVT-i is completly different from VTEC, you also use iVTEC-I to back up your evidence when iVTEC-I is nothing close to anything you had nor is it close to any VTEC and it only shares the iVTEC's disuse of one intake valve at low rpm, and you still presume to call people idiots, and uhh.. you're still a moron.
Having extra time RoXX0rS
Halfbreed, you really shouldn't be coming on here telling us that VTEC is different from VVT-i (which you should know, most of us know that) and using iVTEC-I as your evidence.
I remember you saying something about the K20 and whatnot - here's some news: The K20 does not have iVTEC-I. Or is that not your point?
Is your point simply that Toyota is not on the level of Honda? Oh wait, no. Your point is that:
this is for the idiots who think VVT-I is like VTEC.
watch and be amazed....
had a type-R and it ____es me off how sutpid on here compares these two motors.
the idiots who think VVT-I is like VTEC
I mean honestly, you can't say anything because you would need to know everything about both motors to be able to be an expert and since you obviously CAN'T SPELL VVT-i PROPERLY, YOU ARE OBVIOUSLY AN IDIOT. Your mistake in this instance is that the 'i' is not capitalized, moron.
For those of you just joining us, this is the guy that called me an idiot for spelling VTEC as V-tech. My spelling error was a bit more than capitalization but my point is that spelling doesn't make an expert other than an expert in spelling.
Anyways, that said, the video posted really was amazing. But even more amazing is how you somehow think this is proof that VVT-i is different from VTEC. Here's more news for you: VTEC does not have direct injection. iVTEC does not have direct injection. The K20A2 and 3 do not use direct injection. The B blocks of yore do not use direct injection and most importantly, THE INTEGRA TYPE-R DOES NOT USE DIRECT INJECTION.
It ____es me off how stupid people come on here and compare two relatively similar systems, with a completely irrelevant and totally different system that is used in a Honda van sold in Europe.
FYI, VVT-i serves the same purpose as VTC which is found in iVTEC. Yes, the execution may be different. They serve the same purpose.
It also ____es me off how stupid people think that by owning a VTEC engine automatically makes them experts in the VTEC field. Well based on this logic, I'm an expert too because I have a VTEC motor sitting in my garage.
But the thing that slightly irritates me is how you have the nerve to come here and call yourself an expert and call other people, aka ME, idiots while you have not demonstrated ONCE your knowledge of VTEC and VVT-i and how they can not be compared.
Tell us, sir, since you already know something about VTEC, what do you know about VVT-i? You have demonstrated you know something about Toyota motors namely in that heads can't be swapped cross engines. What about the cams? What about how they work, how they modulate, and how it's beneficial.
So to sum it all up, you call me an idiot that knows nothing about motors simply because I misspelled VTEC, you make no real technical contribution to in anything you post, you don't capitalize anything other than acronyms, you think having a type R automatically makes you an expert at VTEC, you cite the fact that you had an ITR and use it as evidence that VVT-i is completly different from VTEC, you also use iVTEC-I to back up your evidence when iVTEC-I is nothing close to anything you had nor is it close to any VTEC and it only shares the iVTEC's disuse of one intake valve at low rpm, and you still presume to call people idiots, and uhh.. you're still a moron.
Having extra time RoXX0rS
Originally Posted by qbiceman
Regardless of claims made.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
but the IVTEC-I gets its props in the fact that it performs fairly well and still gets decent mileage. The mileage alone is nothing stellar.
And about it turning into a pi$$ing contest... the guy that started this thread started it as nothing but a pi$$ing contest.. so he should expect a harsh return.. so really the whole post should have been deleted to start with in that respect. But when he first opens his mouth calling people stupid on another thread, then comes and starts another citing an irrellevant video from a site that flamed HIM for not knowing much of what he talked about then it is expected that people retaliate
give the kid a break... he found a spiffy VTAK video and wanted to impress everyone by showing his incredible google skills. 
And what's this I hear about toyota not being on honda's level. Are we forgetting about the 2JZ engines?
Oh and there is no one cam that will operate efficiently through out the rpm range. That's why honda created the lift control and toyota whipped up the variable valve timing. Which both work pretty good in terms of saving gas.
Now have you noticed that the base RSX doesn't have the extra lift? All that puppy gets is the vti which sounds awefully familiar to toyota's concept. Only the rsx-s has the lift control...
And what's this I hear about toyota not being on honda's level. Are we forgetting about the 2JZ engines?
Oh and there is no one cam that will operate efficiently through out the rpm range. That's why honda created the lift control and toyota whipped up the variable valve timing. Which both work pretty good in terms of saving gas.
Now have you noticed that the base RSX doesn't have the extra lift? All that puppy gets is the vti which sounds awefully familiar to toyota's concept. Only the rsx-s has the lift control...
To be honest, I kind of wanted this thread locked or else I wouldn't've called anyone anything so many times.
In anycase, VTEC is VTEC and VVT-i is VVT-i.
VTEC isn't actually comparable to VVT-i. However, iVTEC is because of VTC. I found this awhile ago:
I don't know if this is 100% right but the important part is VTC works continuously to adjust the intake cam for fuel economy and performance. VVT-i does that too but in the tC and next gen IS2/350 it also works on the exhaust cam.
In anycase, VTEC is VTEC and VVT-i is VVT-i.
VTEC isn't actually comparable to VVT-i. However, iVTEC is because of VTC. I found this awhile ago:
VTEC - Variable valve Timing and lift Electronic Control. At low RPM, a VTEC engine uses a normal cam profile to retain a smooth idle, good fuel economy, and good low-end power delivery. The VTEC mechanism engages a high-lift, long-duration "race" cam profile at a set RPM value (i.e., ~5500RPM on the B16A) to increase high-end power delivery.
VTEC-E - Variable valve Timing and lift Electronic Control for Efficiency. This system isn't really VTEC as we know it. At low RPM, the VTEC-E mechanism effectively forces the engine to operate as a 12-valve engine - one of the intake valves does not open fully, thus decreasing fuel consumption. At a set RPM value (i.e., ~2500RPM in the D16Y5), the VTEC-E mechanism engages the 2nd intake valve, effectively resuming operation as a normal 16-valve engine. Note: in a VTEC-E engine, there are no high-RPM performance cam profiles; this engine is supposed to be tuned for fuel economy, right?
VTC - Variable Timing Control. This is a mechanism attached to the end of the intake camshaft only which acts as a continuously variable cam gear - it automatically adjusts the overlap between the intake and exhaust cams, effectively allowing the engine to have the most ideal amount of valve overlap in all RPM ranges. VTC is active at all RPMs.
i-VTEC - intelligent Variable valve Timing and lift Electronic Control. This is a combination of both the VTEC and the VTC technologies - in other words, i-VTEC = VTEC + VTC. Currently, the only engines that use the i-VTEC system are the DOHC K-series engines.
VTEC-E - Variable valve Timing and lift Electronic Control for Efficiency. This system isn't really VTEC as we know it. At low RPM, the VTEC-E mechanism effectively forces the engine to operate as a 12-valve engine - one of the intake valves does not open fully, thus decreasing fuel consumption. At a set RPM value (i.e., ~2500RPM in the D16Y5), the VTEC-E mechanism engages the 2nd intake valve, effectively resuming operation as a normal 16-valve engine. Note: in a VTEC-E engine, there are no high-RPM performance cam profiles; this engine is supposed to be tuned for fuel economy, right?
VTC - Variable Timing Control. This is a mechanism attached to the end of the intake camshaft only which acts as a continuously variable cam gear - it automatically adjusts the overlap between the intake and exhaust cams, effectively allowing the engine to have the most ideal amount of valve overlap in all RPM ranges. VTC is active at all RPMs.
i-VTEC - intelligent Variable valve Timing and lift Electronic Control. This is a combination of both the VTEC and the VTC technologies - in other words, i-VTEC = VTEC + VTC. Currently, the only engines that use the i-VTEC system are the DOHC K-series engines.
Originally Posted by engifineer
Originally Posted by qbiceman
Regardless of claims made.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
Oh wait it's not a van? Gee that's fair to compare.
Let's compare your mileage to that of a pickup truck too. I think that might be fair.
Engineers...
Originally Posted by qbiceman
Originally Posted by engifineer
Originally Posted by qbiceman
Regardless of claims made.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
35.28 miles per gallon is still pretty cool. Tho it's not as revolutionary as Honda tries to make it sound.
Oh wait it's not a van? Gee that's fair to compare.
Let's compare your mileage to that of a pickup truck too. I think that might be fair.
Engineers...
mouthy kids.....





