Jump to content
SAU Community

Recommended Posts

just some usefull info if any one needs it.

Specs for R32GTST

Dimensions

Length 4580 mm

Width 1695 mm

Height 1340 mm

Wheelbase 2615 mm

Turning Circle 5.2 m

Chassis & Body

Curb Weight 1320 KG

Body Type 4 door sedan or 2 door coupe

Layout Front engine / Rear wheel drive

Wheels 16 x 6.5

Tyres 205/55 R16

Brakes Ventilated: 4 pot front, 2 pot rear, ABS optional

Steering Rack & Pinion speed sensitive (front) HICAS (rear)

Suspension F/R Independent multilink

Engine

Type RB20DET- Inline 6, Twincam, turbo intercooled

Displacement 1998cc

Compression Ratio 8.5.1

Power 158 KW @ 6400 RPM (115 to 125rwkw)

Torque 263NM @ 3200 RPM

Bore x Stroke 78 x 69.7

Redline 7,500 RPM

Fuel Injection Nissan EGI (ECCS)

Fuel Tank Capacity 60 litres

Gearbox 5 Speed Manual

Performance

0-100 6.5

0-400m 14.8

Specs for R33GTST

Dimensions

Length 4640 mm

Width 1720 mm

Height 1340 mm

Wheelbase 2720 mm

Turning Circle 10.4 m

Chassis & Body

Curb Weight 1360 KG

Body Type 4 door sedan or 2 door coupe

Layout Front engine / Rear wheel drive

Wheels 16 x 6.5

Tyres 205/55 R16 or 225/50 R16

Brakes Ventilated: 4 pot front, 2 pot rear, ABS optional

Steering Rack & Pinion speed sensitive (front) HICAS (rear)

Suspension F/R Independent multilink

Engine

Type RB25DET- Inline 6, Twincam, turbo intercooled

Displacement 2498

Compression Ratio 9.0.1

Power 187 KW @ 6400 RPM (130 to 140rwkw)

Torque 295NM @ 4800 RPM

Bore x Stroke 86.0 x 71.7

Redline 7,000 RPM

Fuel Injection Nissan EGI (ECCS)

Fuel Tank Capacity 65 litres

Gearbox 5 Speed Manual

Performance

0-100 6.18

0-400m 14.4

Specs for R34GTT

Dimensions

Length 4580 mm

Width 1725 mm

Height 1340 mm

Wheelbase 2665 mm

Turning Circle 10.2 m

Chassis & Body

Curb Weight 1410 Kg

Body Type 4 door sedan or 2 door coupe

Layout Front engine / Rear wheel drive

Wheels 17 x 7.5

Tyres 225/45

Brakes Ventilated: 4 pot front, 2 pot rear, ABS optional

Steering Rack & Pinion speed sensitive (front) HICAS (rear)

Suspension F/R Independent multilink

Engine

Type RB25DET- Inline 6, Twincam, turbo intercooled NEO

Displacement 2498

Compression Ratio 9.0.1

Power 206 KW @ 6400 RPM (140 to 150rwkw)

Torque 343NM @ 3200RPM

Bore x Stroke 86.0 x 71.7

Redline 7,000 RPM

Fuel Injection Nissan EGI (ECCS)

Fuel Tank Capacity 65 litres

Gearbox 5 Speed Manual

Performance

0-100 6.2

0-400m 14.3

  • Like 2
Link to comment
https://www.sau.com.au/forums/topic/245378-specifications-for-r32-r33-r34/
Share on other sites

  • 4 months later...
  • 2 months later...
  • 5 years later...

I know this is a old thread but I found it very usefull. im currently in a decision war do I want a r32 r33 or r34 as my new daily driver. I love all 3 and wish to eventually own from the dr30 to the new gtr but have along way to go to get there. I was leaning more towards 33 but now have added 34 to the mix as it has a nicer interior and I want the sports automatic

  • Like 1

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

    • Thought I would get some advice from others on this situation.    Relevant info: R33 GTS25t Link G4x ECU Walbro 255LPH w/ OEM FP Relay (No relay mod) Scenario: I accidentally messed up my old AVS S5 (rev.1) at the start of the year and the cars been immobilised. Also the siren BBU has completely failed; so I decided to upgrade it.  I got a newer AVS S5 (rev.2?) installed on Friday. The guy removed the old one and its immobilisers. Tried to start it; the car cranks but doesnt start.  The new one was installed and all the alarm functions seem to be working as they should; still wouldn't start Went to bed; got up on Friday morning and decided to have a look into the no start problem. Found the car completely dead.  Charged the battery; plugged it back in and found the brake lights were stuck on.  Unplugging the brake pedal switch the lights turn off. Plug it back in and theyre stuck on again. I tested the switch (continuity test and resistance); all looks good (0-1kohm).  On talking to AVS; found its because of the rubber stopper on the brake pedal; sure enough the middle of it is missing so have ordered a new one. One of those wear items; which was confusing what was going on However when I try unplugging the STOP Light fuses (under the dash and under the hood) the brake light still stays on. Should those fuses not cut the brake light circuit?  I then checked the ECU; FP Speed Error.  Testing the pump again; I can hear the relay clicking every time I switch it to ON. I unplugged the pump and put the multimeter across the plug. No continuity; im seeing 0.6V (ECU signal?) and when it switches the relay I think its like 20mA or 200mA). Not seeing 12.4V / 7-9A. As far as I know; the Fuel Pump was wired through one of the immobiliser relays on the old alarm.  He pulled some thick gauged harness out with the old alarm wiring; which looks to me like it was to bridge connections into the immobilisers? Before it got immobilised it was running just fine.  Im at a loss to why the FP is getting no voltage; I thought maybe the FP was faulty (even though I havent even done 50km on the new pump) but no voltage at the harness plug.  Questions: Could it be he didnt reconnect the fuel pump when testing it after the old alarm removal (before installing the new alarm)?  Is this a case of bridging to the brake lights instead of the fuel pump circuit? It's a bit beyond me as I dont do a lot with electrical; so have tried my best to diagnose what I think seems to make sense.  Seeking advice if theres for sure an issue with the alarm install to get him back here; or if I do infact, need an auto electrician to diagnose it. 
    • Then, shorten them by 1cm, drop the car back down and have a visual look (or even better, use a spirit level across the wheel to see if you have less camber than before. You still want something like 1.5 for road use. Alternatively, if you have adjustable rear ride height (I assume you do if you have extreme camber wear), raise the suspension back to standard height until you can get it all aligned properly. Finally, keep in mind that wear on the inside of the tyre can be for incorrect toe, not just camber
    • I know I have to get a wheel alignment but until then I just need to bring the rear tyres in a bit they're wearing to the belt on the inside and brand new on the outside edge. I did shorten the arms a bit but got it wrong now after a few klms the Slip and VDC lights come on. I'd just like to get it to a point where I can drive for another week or two before getting an alignment. I've had to pay a lot of other stuff recently so doing it myself is my only option 
    • You just need a wheel alignment after, so just set them to the same as current and drive to the shop. As there are 2 upper links it may also be worth adding adjustable upper front links at the same time; these reduce bump steer when you move the camber (note that setting those correctly takes a lot longer as you have to recheck the camber at each length of the toe arm, through a range of movement, so you could just ignore that unless the handling becomes unpredictable)
    • I got adjustable after market rear camber arm to replace the stock one's because got sick of having to buy new rear tyres every few months. Can anyone please let me know what the best adjustment length would be. I don't have the old ones anymore to get measurements. I'm guessing the stock measurement minus a few mm would do it. Please any help on replacing them would be fantastic I've watched the YouTube clips but no-one talks about how long to set the camber arm to.
×
×
  • Create New...