2.3t vs. 5.0

Get a good front mount intercooler, add lots of boost (with correct tune of course) and watch them disappear in the rear view mirror. :D The stock T3 is good for around 300rwhp and I went high 12s at 106 with one.
 
My T3 put down 266rwhp on a mustang dyno. If it had been a dynojet, maybe I would have put down closer to 290rwhp. :shrug: You already have a T3, just give it a good intercooler and crank the boost (with correct tune) and a bigger exhaust. In my opinion, you won't be able to put a hybrid to good use on a stockish 2.3 because it just doesn't have enough intake and exhaust flow and you won't get to the sweet part of the compressor map. Then again, I wouldn't recommend pushing a T3 as far as I have, but for a stockish combo under 250 rwhp, it's the better choice.
 
A 50 trim T04E will actually work decently on a stock 2.3T. It is one the few T04E wheels that can support enough pressure ratio to be useful on a choked-up 2.3. The problem is that exhaust backpressure will be pretty high with a stock T3 turbine and boost response will degrade with a stage 3 or 5 wheel.
 
Ehh, each to his own. I agree, the 50 trim is about the best for any street 2.3 and lust after having one, but it isn't ideal on a stock 2.3. At 15psi on a 50 trim, you don't get to the peak efficiency island until about 25 lb/min (250hp). At 20psi, the efficiency island is delayed until about 32lb/min (320hp). There is no way you are getting close to these numbers on a stock 2.3. With a cam, K&N and 3" exhaust, it would be worthy, but not a stock 2.3.
 
1.) At 15psi and 20lb/min, the 50 trim is still only 2% behind the T3. That's less than 10° difference in discharge temperature.

2.) At 20psi and 25lb/min, the 50 trim is approaching the surge line, but still on the border between 72 and 74%; 2-4% lower than the T3.
 
Which is exactly my point... why would you pay $700 to loose efficiency and power (albeit slight)? The hybrid will definately spool more slowly compared to the T3 too. Wait until you need it (250+rwhp). :nice:

1.) At 15psi and 20lb/min, the 50 trim is still only 2% behind the T3. That's less than 10° difference in discharge temperature.

2.) At 20psi and 25lb/min, the 50 trim is approaching the surge line, but still on the border between 72 and 74%; 2-4% lower than the T3.
 
Which is exactly my point... why would you pay $700 to loose efficiency and power (albeit slight)? The hybrid will definately spool more slowly compared to the T3 too. Wait until you need it (250+rwhp). :nice:

I totally agree; there is no reason to ditch the T3 until then. I was just saying it's not a horrible compromise for something with room to grow into. It is still a compromise, just not a horrible one. :)