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Power levels and pulley sizes:
135mm - this usually gives you 0.3 to 0.35 bar of boost for about 205 hp. No other modifications are required, this is 5mm larger than the standard pulley size used by TTE in the past, to compensate for the eventual charger wear.
140mm - this usually gives you 0.4 bar of boost for about 220 hp. Some people run this with standard injectors, but the car will run a bit lean with it, so the best way is to install 1ZZ-FE injectors for reliable operation. Some superchargers pump a bit less air from factory and with those, a 140mm pulley can be used with stock injectors (if you get 0.35 bar with this pulley for example).
145mm - this usually gives 0.45 to 0.5 bar of boost for 230 hp. 1ZZ-FE injectors are required for this pressure level. Front catalytic converters may cook at this pressure level, so you may want to remove them (with an aftermarket decat manifold or just open them and remove the internals, gut them). The rear catalytic converter is OK to stay, if it's in good condition.
150mm - this is the most popular pulley size by a lot. Usually gives you 0.5 to 0.55 bar of boost for 230-240 hp. This is the max 1ZZ-FE injectors can take and the max the OEM ECU can manage with just a fuel cut defender. Front cats are best removed at this level, the rear one can stay if it's in a good condition.
160mm or 165mm pulley size - this is the max you can go. You can get 0.8 bar of boost and with water/meth injection, 2zz-ge or bigger injectors, 1zz injectors + fuel return line and FPR, a piggyback ECU or a standalone, mapping, bigger exhaust and manifold, no cats, an additional large blow off valve and some luck you can get up to 270-280 hp out of the engine. The best results so far have been 165mm+1zz injectors+fuel return+FPR+FCD on the OEM ECU for 272 hp at 0.75 bar and 160mm+2zz injectors+water/meth injection+piggyback at 0.65 bar for 280 hp. It all depends on the dyno of course, so these are just examples.
Note: All power figures have actually been achieved and dynoed by different guys through the years and depend mainly on engine condition – if you have good compression, you’ll be close. If your engine is worn, you may see lower power figures.