Jump to content
SAU Community

Recommended Posts

Mid 9. No farken way. It too heavy... I reckon a mid 10 with my rookie piloting skills....

Time for diet.....carbon doors, boot, lexan windows, rip interior out and go on Jenny Craig diet Paul :D

Stock R33 GTR weight is around 1550KG. Add driver, fuel etc and that will be at around 1700kg. This would equate to mid 10's @130+ MPH going by the calcs. However, I personally think that it will go faster and well into the 130's TS if Paul can get it to launch.

Guess there is only one way to find out, Paul ;)

Time to go practice your GTR launches :D

Stock R33 GTR weight is around 1550KG. Add driver, fuel etc and that will be at around 1700kg. This would equate to mid 10's @130+ MPH going by the calcs. However, I personally think that it will go faster and well into the 130's TS if Paul can get it to launch.

Guess there is only one way to find out, Paul ;)

Time to go practice your GTR launches :D

Look IMO mid 10's is ridiculously fast for a road car and I would be thrilled with those numbers.

Anything faster than that will create more stress on drive shafts, gearbox, engine longevity (maybe)....in other words, shit will start to break.

Something I would want to avoid and no doubt Paul would too.

Edited by Ants

It WILL be well into the high 130mph and low 10's

If my RWD boat could do a 11.080 @134 mph a 4WD with the power that his has will love that shit.

How many runs till he gets booted for doing 10's is the real $64,000 question.

I will bet a coffee on the third run, 1st will be a nice easy take off and shake out, 2nd will be with a bit of boost backing off at half track, 3rd will be BAAAAAAAAAAAAAAAAAAATSHBAAAAAAAAAAAAAAAAAAATSBAAAAAAAAAAAAAAAAAAAAATSBAAAAAAAAAAAAAAAAAAAAAAAAA

Tell me when its on and I will be there with bells on, I will even bring the Ford and race them for coffee and/or donuts.

Disclaimer: In a 150ishkw taxi I will only race for reaction time

Paul whats going on ?? Your knuckles starting to drag along the ground ?? :mrt: :mrt:

Jeez if you wanted to go dragging I could have got you the 1500HP drag head made up , same specs as the HKS Drag 33 before cams etc.

Harmless plug !!

"If anyone wants one of these heads like Paul or I have send me pm as old mate has quit HKS and is now doing freelance custom engine builds in Japan.

With current exchange rates and ability to pay for everything direct in Japan, now is very affordable time to get something very special made..."

Paul I can delete this if you want just let me know.

But how will a 1500hp car go doing cruises, hill climbs, circuit days, TEXI and such.<br /><br />Pauls car should/will be a excellent all-rounder.<br /><br />And unlike the other 95% of big power Skylines out there I dare say it will be used in anger on the black stuff, and I don't mean boosting on the public roads.

Look IMO mid 10's is ridiculously fast for a road car and I would be thrilled with those numbers.

Anything faster than that will create more stress on drive shafts, gearbox, engine longevity (maybe)....in other words, shit will start to break.

Something I would want to avoid and no doubt Paul would too.

I agree with u 100% with regards to longevity. I had a friend build a JUN rb26 and that required a routine pulldown and rebuild every 5000km...that is nuts (belted out 650kw)

But how will a 1500hp car go doing cruises, hill climbs, circuit days, TEXI and such.<br /><br />Pauls car should/will be a excellent all-rounder.<br /><br />And unlike the other 95% of big power Skylines out there I dare say it will be used in anger on the black stuff, and I don't mean boosting on the public roads.

Thats my point !!

I got the head done for Paul in Japan specifically for the power and response he wanted , then throw in yavuz's bit of magic , when he gets it to the track thats where the animal will perform.

1500hp head is pure drag head only.

There's a spec 2 version of Pauls head which can be built but is purely for track car as would be a pig in traffic as a daily.

Paul whats going on ?? Your knuckles starting to drag along the ground ?? :mrt: :mrt:

Jeez if you wanted to go dragging I could have got you the 1500HP drag head made up , same specs as the HKS Drag 33 before cams etc.

Harmless plug !!

"If anyone wants one of these heads like Paul or I have send me pm as old mate has quit HKS and is now doing freelance custom engine builds in Japan.

With current exchange rates and ability to pay for everything direct in Japan, now is very affordable time to get something very special made..."

Paul I can delete this if you want just let me know.

Haha. Nah Marcus, it's all good :D

What rear diff are you going to run? A queef one like the front one? :)

I was looking at the Quiafe rear (which has JUST been released for GTR's only in the last 2-3 months) but I decided to go the Nismo GT PRO. Thanks Marcus ;)

Thats my point !!

I got the head done for Paul in Japan specifically for the power and response he wanted , then throw in yavuz's bit of magic and when he gets it to the track thats where the animal will perform.

1500hp head is pure drag head only.

There's a spec 2 version of Pauls head which ican be built but is purely for track car as would be a pig in traffic as a daily.

Is that the one with both the intake and exhaust squish pads removed? I wonder what it would have been like if we left both pads in?!?!

I agree with u 100% with regards to longevity. I had a friend build a JUN rb26 and that required a routine pulldown and rebuild every 5000km...that is nuts (belted out 650kw)

True, but there must be other factors in engine longevity than JUST power alone. Tune is obvious, but I make peak power at 6500. That just means I don't need to rev the guts out of it. Thats lower than the factory peak power of 6800 RPM!

True, but there must be other factors in engine longevity than JUST power alone. Tune is obvious, but I make peak power at 6500. That just means I don't need to rev the guts out of it. Thats lower than the factory peak power of 6800 RPM!

Agree.

However when your at the track 7-8k rpm is going to be really tempting.

Agree.

However when your at the track 7-8k rpm is going to be really tempting.

Not with so much area under the curve. I found that at Winton just after I went from GT RS's to -5's. 6-6500 RPM and grab the next gear.

Not with so much area under the curve. I found that at Winton just after I went from GT RS's to -5's. 6-6500 RPM and grab the next gear.

Have you got a graph with the torque curve?

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now



  • Similar Content

  • Latest Posts

    • Lets say I wanted to buy this, specifically for this purpose. How do I actually perform the function. Can I still buy a Consult-1? Am I about to be burned by the fact my car is a 2000 model Series 2 R34 and thus will be some stupid other system? Do I just need this -> https://obd2australia.com.au/product/nissan-consult-14-pin-to-usb-ddl-diagnostic-interface-with-ftdi-ft232r-chip/ And with what software?
    • That's probably OK. That's a face to face compression joint between two surfaces with the clamping load provided by those bolts. So.... it's unlikely that the bolts will end up feeling that load in shear, unless the clamping surfaces are not large enough, bolts not got enough tension on them, etc etc to prevent the two faces from moving wrt each other. Which... I would hope the designers have considered, seeing as it's probably one of the most important things the upright has to do apart from resist collapsing in its own right. But yes, it would definitely be worth asking them what their safety factor on that part of the design was. I tend to think that the casting, being a casting, is not necessarily the strongest bit of material in the world. It's about an inch square, and when you think about the loads that are being put into it, you have to wonder what safety factor the Nissan boys (and every other OEM engineer who has designed all the millions of other uprights that look essentially the same) used to account for defective casting, aging, severe impacts on the wheel, etc etc. 
    • Those bolts would be orders of magnitude stronger that cast aluminium though.  And its mainly clamping force, not shear they are dealing with?
    • Except all that twisting force that is breaking a cast piece, appears to be going through 4 bolts in the picture Johnny posted of the BryPar one...
    • The smart approach is to use the gearbox loom from the manual car. Makes it a lot easier - just plugs into the switches on the box and plugs into the main loom up near the fusebox. Then you only need to deal with bypassing the inhibit switch. The other approach requires you to use the wiring diagram to identify those wires by colour and location, perhaps even indulging in a little multimeter action to trace them end to end to make sure, and then.... you will have the answers you need. The R34 wiring diagram is available on-line (no, I do not have a link to it myself - I would have to do a search if I wasn't able to go to the copy I have at home).
×
×
  • Create New...