Jump to content
SAU Community

Recommended Posts

i wanna go for a drive but cant, i did my back and cant move :(

did anyone read this? it doesnt really explain what it is. it sounds like something you would find on ebay.

http://www.heraldsun...2-1226173968082

Brock had some idea, consisted of getting magnets/crystals and attaching them to the engine. These "polarisers" were meant to change the direction of energy and blah blah to make more power.

Something along the lines of that. Google it, i haven't heard about it in a long time.

Wasnt aware they were $3.5k rims :(

Might go with a cheaper alternative like mohomo has on his car

Nah, don't get Mo's wheels, it look like arse.

Get Varrostens, $1k and up.

What is this?

I can't even....

IMG_1017_small.jpg

It's 370Z wheels.

350z wheels?

Actually, read above.

@ScottyDoesntKnow

"An Energy Polarizer transmits a high energy mainly generated by the vehicle to which it is attached.

This high energy field - A.B.A. Energy - causes all molecules in it's sphere of influence to be aligned or polarized to the direction of the high energy transmission, and are held in a linked or aligned state.

These molecules are subject to a vibratory rate dictated by the Polarizer.

The printed circuitry in a Polarizer causes a multiplicity of frequencies to be transmitted, affecting each molecule and allowing that molecules and it's environment to absorb specific vibration levels including noises, vibrations resonance and impact harshness which are always present in any vehicle and also to dampen out the effects of imperfect manufacture of vehicle components.

The overall effect on a motor car is to absorb road shocks more completely and quietly, to reduce overall vehicle noises - both inside and outside - to achieve greater efficiency of the power train and steering systems, improving the engine and suspension performance and to create a more pleasant environment for the driver and passenger.

Certain frequencies have not been "tuned out" as they are necessary for increased road safety.

The energy transmitted from the "Energy Polarizer" always flows to that area most effected. That means a major problem area still remains a problem, and the energy is effectively wasted on that area since the overall vehicle is deprived and consequently is less enhanced. So a correctly manufactured and maintained vehicle will always be superior to one that is not, but all vehicles benefit from the fitment of an Energy Polarizer.

It should be noted a vehicle which normal requires high octane leaded fuel is then able to operate on low octane (92) unleaded fuel, without any ill effects whatsoever, when an Energy Polarizer is fitted.

Tyre pressures must be lowered to maximise the effect of an Energy Polarizer. Recommended tyre pressure:-

Standard and 60 series tyres - 24 P.S.I (165 k.P.a).

45 / 50 / 55 series tyres - 22 P.S.I. (150 k.P.a).

Light trucks and commercial vehicles - 30 P.S.I. (210 k.P.a.)"

@ScottyDoesntKnow

"An Energy Polarizer transmits a high energy mainly generated by the vehicle to which it is attached.

This high energy field - A.B.A. Energy - causes all molecules in it's sphere of influence to be aligned or polarized to the direction of the high energy transmission, and are held in a linked or aligned state.

These molecules are subject to a vibratory rate dictated by the Polarizer.

The printed circuitry in a Polarizer causes a multiplicity of frequencies to be transmitted, affecting each molecule and allowing that molecules and it's environment to absorb specific vibration levels including noises, vibrations resonance and impact harshness which are always present in any vehicle and also to dampen out the effects of imperfect manufacture of vehicle components.

The overall effect on a motor car is to absorb road shocks more completely and quietly, to reduce overall vehicle noises - both inside and outside - to achieve greater efficiency of the power train and steering systems, improving the engine and suspension performance and to create a more pleasant environment for the driver and passenger.

Certain frequencies have not been "tuned out" as they are necessary for increased road safety.

The energy transmitted from the "Energy Polarizer" always flows to that area most effected. That means a major problem area still remains a problem, and the energy is effectively wasted on that area since the overall vehicle is deprived and consequently is less enhanced. So a correctly manufactured and maintained vehicle will always be superior to one that is not, but all vehicles benefit from the fitment of an Energy Polarizer.

It should be noted a vehicle which normal requires high octane leaded fuel is then able to operate on low octane (92) unleaded fuel, without any ill effects whatsoever, when an Energy Polarizer is fitted.

Tyre pressures must be lowered to maximise the effect of an Energy Polarizer. Recommended tyre pressure:-

Standard and 60 series tyres - 24 P.S.I (165 k.P.a).

45 / 50 / 55 series tyres - 22 P.S.I. (150 k.P.a).

Light trucks and commercial vehicles - 30 P.S.I. (210 k.P.a.)"

thanks for that. well it looks like holden are going to be putting them in there cars i wonder if they will work?

Guest
This topic is now closed to further replies.



  • Similar Content

  • Latest Posts

    • Yes that’s what im trying to decide. Should I do stock gtt box or enclosed or open pod. 
    • Also, I note OP is in Melbourne, which begs the question... are you aware of how illegal your car will be with a turbo, and intercooler and any sort of filter change? I don't know how you can get past the "2 intake mods" "rule" that seems to exist in Vic. Fully engineered might or might not get you there.
    • If you have a turbo... then the ducting holes I used to feed the pod are not available because your intercooler likely uses them. If you have an intercooler, your IAT's are going to be goverened by how good your intercooler setup is. I'm yet to really see anyone check IAT with a snorkel/boxed pod/proper CAI versus and unshielded pod. It would be interesting! But I suspect that the differences would not be so noticeable as if you were N/A as the intercooler is where the air is being cooled.. and out in front where the FMIC would be is a pretty good spot for it.. When I was turbo I pushed the stock GTT box as far as I could and made some pretty good power out of it, and noticed on the street I never made the same power/boost. Then I did a before and after run with a pod filter versus the box and picked up about 9PSI from the same boost duty cycle and about 50KW instantly. I never ran the stock box again, and recently removed it for my N/A setup. The box is restrictive to a degree - Even with the V8 setup I noticed I picked up power by removing the box completely, so punching holes from the bottom of it to get air from the passenger guard *helps* but the most effective one in my case was simply having the ducts, a pod, and no box around it. In my experience, *more* air was better than cold air. The air (with ducts) will be cooled off as you start moving, and especially if you start moving fast (a race track). It actually moves around quite a bit as you can see.  
    • Well you could certainly buy or build an enclosure for a pod in that corner of the bay. It is absolutely vital that there is a nice big opening to let cold air in to it from the front or underside, otherwise it will just pull air in around the edges from the bay, and if that air is hot, you gain nothing from enclosing the pod. There is lots of good evidence around (including on here, see posts by @Kinkstaah for example) showing that pods pulling hot air from the bay is only a problem when you're static or slow in traffic, and that as soon as you get the car up and moving the air being grabbed by the pod cools down. Although that will obviously vary from car to car, whether there is a flow of cold air to the pod or if it all has to come through the radiator area, etc etc. Obviously, the whole exercise requires as much thought as anything else does. Doing the lazy thing will often end up being the dumb thing. The stock GTT airbox has a cold air snorkel to feed it from over the radiator. Shows that Nissan were thinking. The GT airbox is upside down compared to the turbo one, yeah? Inlet at the bottom, AFM/exit on the lid? That might make it harder to route the turbo inlet pipe using the GT airbox than a turbo one. That would probably be the main reason I'd consider not using it, not that it is too small and restrictive. I'm looking at a photo of one now and the inlet opening seems nice and large. Also seems to have the same type of snorkel that the turbo one has. Maybe all that's required is to make a less restrictive snorkel/cold air inlet, perhaps by punching down through the guard like I did.
    • Also seen this as an option 
×
×
  • Create New...