Fletcher
ClioSport Club Member
Its a flat spot, improving the exhaust and induction gets rid of it/lessens it
IMO of course
Yep, since fitting my maxogen i have noticed that.
Its a flat spot, improving the exhaust and induction gets rid of it/lessens it
IMO of course
agree with realnumber_1... it is my first more powerful car and it defo seems to kick at 5k.. it goes like s**t off a shovel until 7k..
when I first got it, I was so nice to it, I used to change at 5.5k.. fearing it may do it some damage and blow it...
now, she gets ripped right around til the shift light.. it's just too much fun and the worst thing is, at night on my way home, I am starting to do this more and more.
becoming a proper fuel guzzler.
especially with the noise the simota makes.. it is just so tempting to put my toe down. lol
I can blow so much fuel so quick like this, but still am left grinning ear and ear lol every time
vtec aint all that savage
Dunno, I just notice that it starts to feel a lot more urgent as soon as it hits 4k, several people have noticed it in my car too =D
I find mine starts to change noticeably around 4k then really kicks in at 5k.
Lol at the people saying there is no kick in the 1*2's. That might be the case if your used to driving/going in bigger more powerful turbo cars and the like. But if the Clio is your first experience of a powerful car then there is definitely a kick at 5k.
vtec aint all that savage
Well you have never driven a real type r then! The ep3's v-tec is very subtle, but still has a very noticable engage at 5800rpm, when it hits v-tec it has 197 bhp instead of 140bhp!!
The ek9 and dc2 has a kick up the arse affect when it hit's v-tec.
i didn't quite understand that bit about the VTEC power-hike - does the engine really leap from producing 140bhp to 197bhp at the instant VTEC kicks in (yo); or is it the difference in peak power afforded by the VTEC system? (even then, 140bhp is v poor from a modern 2 litre non-VVT 16v engine). how does it work, then? ))
or is it 140bhp (pre-VTEC - 5800rpm) and 197bhp (peak power - 19000rpm)?
Fpmsl, just seen that. Knowsit !''Poor Mans Vtec Yo''
Cat171 2008
Since fitting a decat and a New Ktec Panel Filter the 5000rpm Humph has softened a little and seems less in your face....which i miss in a way, but i dont if you get me, as the car is a lot more responsive throughout now and seems to pull a lot harder than when the 5k boost was about.
Strange to be honest.
vtec aint all that savage
Well you have never driven a real type r then! The ep3's v-tec is very subtle, but still has a very noticable engage at 5800rpm, when it hits v-tec it has 197 bhp instead of 140bhp!!
The ek9 and dc2 has a kick up the arse affect when it hit's v-tec.
i didn't quite understand that bit about the VTEC power-hike - does the engine really leap from producing 140bhp to 197bhp at the instant VTEC kicks in (yo); or is it the difference in peak power afforded by the VTEC system? (even then, 140bhp is v poor from a modern 2 litre non-VVT 16v engine). how does it work, then? ))
or is it 140bhp (pre-VTEC - 5800rpm) and 197bhp (peak power - 19000rpm)?
i didn't quite understand that bit about the VTEC power-hike - does the engine really leap from producing 140bhp to 197bhp at the instant VTEC kicks in (yo); or is it the difference in peak power afforded by the VTEC system? (even then, 140bhp is v poor from a modern 2 litre non-VVT 16v engine). how does it work, then? ))
or is it 140bhp (pre-VTEC - 5800rpm) and 197bhp (peak power - 19000rpm)?
Very Basic but they have 2 cam profiles; one for low revs and one for high revs. The ECU then switches between them
Wikipedia has quite a good article
http://en.wikipedia.org/wiki/VTEC
Well you have never driven a real type r then! The ep3's v-tec is very subtle, but still has a very noticable engage at 5800rpm, when it hits v-tec it has 197 bhp instead of 140bhp!!
The ek9 and dc2 has a kick up the arse affect when it hit's v-tec.
Agreed!
B Series engines kick a lot harder than the K's
me alsoI notice mine at 4k, so n-eeerr!!
me too
Its a myth, the 5k kick actually relates to the trade in price and the plummeting residuals!
It does but its only noticable flooring it in first, just where the engine works a little better due to cam profile and being a 16v lump.I love it when people describe the 1.2 16v having a little kick at circa 3k lol. Theyre so full of s**t. Its probably the engine trying not to die of exhaustion.
B-series vtec ftw! Proper stuff compared to the K20, few vids of a mates we knocked up.Agreed!
B Series engines kick a lot harder than the K's
B16 V-tec...proper mutty engine that!!
I love it when people describe the 1.2 16v having a little kick at circa 3k lol. Theyre so full of s**t. Its probably the engine trying not to die of exhaustion.
B-series vtec ftw! Proper stuff compared to the K20, few vids of a mates we knocked up.B16 V-tec...proper mutty engine that!!
http://www.youtube.com/watch?v=KnnXqGvkki4
http://www.youtube.com/watch?v=zCJyfW8lU8c
I love it when people describe the 1.2 16v having a little kick at circa 3k lol. Theyre so full of s**t. Its probably the engine trying not to die of exhaustion.
well lusty has a distinctive kick at 4k in every gear. Noise changes, and you get a nice surge.
You probs wouldn't notice it in a standard car, but mine has a £500 exhaust and a £200 air filter.
I love it when people describe the 1.2 16v having a little kick at circa 3k lol. Theyre so full of s**t. Its probably the engine trying not to die of exhaustion.
well lusty has a distinctive kick at 4k in every gear. Noise changes, and you get a nice surge.
You probs wouldn't notice it in a standard car, but mine has a £500 exhaust and a £200 air filter.
No it's not. the VVT on a clio cuts in at about 1200 RPM (very low whatever the actual amount is) the 5k kick is just the car coming "on cam" basically just the part of the rev range where the engine produces most punch.
i didn't quite understand that bit about the VTEC power-hike - does the engine really leap from producing 140bhp to 197bhp at the instant VTEC kicks in (yo); or is it the difference in peak power afforded by the VTEC system? (even then, 140bhp is v poor from a modern 2 litre non-VVT 16v engine). how does it work, then? ))
or is it 140bhp (pre-VTEC - 5800rpm) and 197bhp (peak power - 19000rpm)?
Very Basic but they have 2 cam profiles; one for low revs and one for high revs. The ECU then switches between them
Wikipedia has quite a good article
http://en.wikipedia.org/wiki/VTEC
Ish.
In simple terms, the cam has an extra lobe per cylinder. The ECU determines the crossover point, a pin controlled by hydraulics/solenoids locks the rocker into the VTEC position, allowing the intake valve to stay open longer. The pin then retracts when the car is below the crossover.
Like this...
[youtube]AcT_ZyY3F0k[/youtube]