Jump to content
SAU Community

Recommended Posts

oh, dont forget, you have to drive a little while for the system to register it, i always do about 10m of driving before it kicks in. and light needs to be "flashing"

Wut?

If you do it properly, it's in 2WD straight away (4WD light flashing).

If you didn't do it properly, after a few metres (before I get down my driveway to the edge of the road) the light comes on solid and the car is in a 50/50 split.. really not good to drive around like this!

If you've been driving along in 4WD and pull over to put it in 2WD mode, it might take 30 seconds or so to relieve all the pressure.

Mine takes about 80-100 metres more to get to 180 when in rwd

I think you're doing it wrong and it is actually running in 50/50.

Or you're roasting the hell out of one tyre.

Edited by bubba

Light on constant won't act like normal.. steering will be heavier and it will understeer like crazy (as it's 50/50 split, or basically the pump is running flat out, driving around like this WILL destroy things).

If you can't spin the tyres for more than 1-2secs and you reckon it's really slow in RWD, then there is probably something very wrong with your car.

I have a laggy assed hiflow so it takes a bit to get it on boost, once it's on boost she smokes up like a trooper, as good as the 3L'd 32 :)

Edited by bubba

I bought it from mjr motorsport at burleigh heads so it probably is f**ked. When I had my space saver on one day the front torque gauge sat at half way for the 25km drive home at 30-35 km/h, it just kinda chugged along I assumed thats what 50/50 split felt like. But I do have a constant chug upto 30km/h after that I have a vibration. And under brakes the car shudders really bad. Like as of I was driving across a cattle grid.

Just for the record, if you are putting a car on a two wheel dyno I would strongly suggest removing the front drive shaft. If there is any electronic glitch while the drive shaft is still connected there could be catastrophic consequences.

  • Like 1

if your not here to say womthing constructive the f**k off . noone appreciates your negativitey

i do this to my car on on the hoist and the fronts spun so slowly and you could stop them with your hand

if your dyno tuning it then drop the shaft .

light on solid is named "air bleed" =pump on full so you can bleed any air from the system out the nipple while some one tops it up .

if your driving round in rwd mode the front and rear wheels are doing the same speed = no speed difference across the clutch . if you break the rears loose the rear part of the clutch will spin faster than the front part of the clutch but seeing as theres no load on it it does nothing

if your in awd when the rears break loose pressure is applied to the clutch to eliminate the difference in speed between both wheels . forcing the clutch together but not completly (unless your stuck in mud or snow and it goes 50/50) forcing it to slip under high pressure

think about it . rwd will actually cause less clutch pack wear than awd if your driving .

if you wanna do burn outs or dyno tuning then drop the shaft

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

    • That was the first session so not a lot to take from the day. It was low 20s ambient and the coolant had got to 110 (and obviously had some pressure!) so that still needs to be addressed. I haven't downloaded the data yet but will. I had refilled the auto trans with Redline DT6 because it claimed the best viscosity I could find at 100o. It wasn't really long enough to get a good feel for that; while the trans got to 100o in the session it still wasn't shifting crisply as I hoped. I think I'll try a few more sessions before judging. No steering motor overheat but I'd hope not in only 1 session! But finally the suspension; it was night and day over the standard stuff and the car was a couple of seconds quicker on the same crappy tyres, which is a huge difference. I'll stick with that and get some sway bars and a mechanical diff sorted too and see how that all goes together
    • I guess it’s partially a compromise of how my car is used, wanting to be able to switch from drift to grip with track side on-car adjustment. Also partially with the way the knuckles are set there is more static camber but less dynamic camber gain. 
    • OK, so update from the track day on Friday It was a classic "an unfortunate series of events'. There were a few cars around and when i checked my mirror coming out of the fish hook I notice some smoke from the rear of mine. Looked again and it was getting much worse, I figured I'd blown a turbo or something to got off it and pulled off the racing line. However.... since it is a left hairpin into a right kink, I was on the inside of the next corner. There was a car passing me on the left and a big drop off over the ripple strip on the right......and someone had knocked the witch's hat that was on the apex about 1m onto the track. So, between those 3, I decided to mow down the cone and not damage my car/the other car. Right choice, but surprising result.  The car decided the cone was a small pedestrian so it blew the rear bonnet hinges up to protect their head in the upcoming person to car impact....I didn't see that coming and like an airbag deployment it happened super fast. Straight into the pits from there, everything was driving fine but it became clear it was a coolant leak not smoke, it was billowing up onto the windscreen. Onto the trailer and home. I'll do a separate thread about the repair (once I work out what it is ), but the immediate problem was the bonnet wouldn't open because the front was pinched onto the front bar and would not release. Ultimately we unbolted the hinge from the bonnet, pulled it back a little and it released from the front OK. "There's your problem", the top radiator hose had popped off at the radiator.
    • Yeah that looks like great caster, but I'd suggest trying less front camber some time and seeing if it helps with braking without reducing mid corner speed too much
    • I ended up setting the rear 5mm higher than normal to give some clearance.  My plan is to run the least camber I can in the rear which I think with the extra width is going to need to be -1.75 to -2.00° just to get clearance.  Guards have been rolled and pulled as much as they can/I would be wanting to.  front has the Acostal knuckle with the KPI change and the drop etc. So should be okay with the existing settings I have run with AR1s etc Front: Toe total -2mm(1mm out each side) Caster +7.5° Camber -3.8° Ackerman +15°
×
×
  • Create New...