Builds 2F + (3F-E) = 2FETI Into My FJ40

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Wow! Love it! You have worked some magic on that truck mate. :clap:

Ok, now just drop her into a container and get her over here to me so I can play with it! :D I promise to keep it below 5K on the tach... ;)
 
155KW/208hp at the rear wheel @5000rpm at the end of play today is the word from Joel at 8PSI and still tuning.

So we are double the old 2F so far.

What were the torque numbers? 208hp @5000rpm is just insane for a long stroke engine.
 
What were the torque numbers? 208hp @5000rpm is just insane for a long stroke engine.

I have not seen the torque numbers as yet but will have a Dyno print out on Friday when I pic the truck up.

For a long stroke turbo they should be :smokin:

My nerves are shot after the last 2 days I need a holiday :grinpimp:
 
so about 250 hp at the motor (or so) not bad at all!

I'll redyno mine after the cam swap.
 
so about 250 hp at the motor (or so) not bad at all!

I'll redyno mine after the cam swap.

Yep quite happy to sit on that for now and have hopefully more reliability if I need more all I have to do is wind the boost up :hillbilly: but I have to say I doubt it very much.

I have currently more than double the old 2F's power :eek:

Have to say I feel really drained after the last few days and also a little low now it's over, but I'm very sure the drive home tomorrow morning from the Dyno will put a :D back on my face.
 
Matt, just a couple of thoughts when you pick your car up. Ask Joel to give you a dyno print out showing power vs torque and also one showing power, torque and manifold boost pressure.
The latter often gives some good info and shows the effect of the wastegate opening and at what revs it occurs in a particular gear.
As I said when I was talking to you over the phone, see if Joel will give an overlay of Big Scotty's turbo V8 Chev showing both power and torque as it will give you a very good idea of where you stand in relation to another competitor.
Depending on client confidentiality Joel may not be able to do it for you but it doesn't hurt to ask.
Congrats on all you've achieved so far, I'm sure you'll be a very happy camper.
Regards Andrew.
 
Few photos from the days at set up.

000_0395.jpg


Joel and me been nosie :D

000_0394.jpg


100_4501.jpg
 
Did you test it in 4wd too?
 
So if I do my conversion correctly, roughly 470 lbft torque. Maybe you should have had the video running on the rear axle with all the gear-bustin' force.
 
Yeah, I get 470 ft-lb too. Lord, thats almost cummins type numbers. Great work!
 
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Found out today that the dyno read out on page one of this thread is wrong as that Dyno in question is know to be inacurate :mad: very disapointed that they are also fully awear of this it seems. Tempted to ask for a refund as I have had 3 tune ups done on their Dyno over 4 years at a cost of over $400Aus
 
Found out today that the dyno read out on page one of this thread is wrong as that Dyno in question is know to be inacurate :mad: very disapointed that they are also fully awear of this it seems. Tempted to ask for a refund as I have had 3 tune ups done on their Dyno over 4 years at a cost of over $400Aus

So what does "wrong" mean?
 
So what does "wrong" mean?

Their Dyno is inacurate, I think if I understood only the Torque is out but still it's disapointing as a point of referance to compare where I started to where I finished. Around 50%

So the original Torque figure for the old 2F which was around the 500Nm should have been 250Nm which does make more sence.
 
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so you are 300hp then?

Go find another Dyno :flipoff2:
 
so you are 300hp then?

Go find another Dyno :flipoff2:

Melbourne Performance Center may get a run in the future but I belive PGS's Dyno is on the ball. Just goes to show though what you get in black and white may not always be true :mad:

So for now enough stress watching it hit full noise, lets here yours :flipoff2:
 
Torque and power are related by an equation so one can be checked with the other and a dyno result easily verified - well it would be easy if we didn't all use so many different units.

Doesn't help haking kph on the base, now gears and wheels have to be considered, particulary comparing one to another - assuming the calibration was done it 3000rpm=??kph.

Anyway - seat of the pants dyno must be a blast, well done, take care and have fun.

extract from below is wiki, not the best reference but easy to find.
torque.webp
 
Working out above suggests 1925 rpm is crossing for torque and power, 115 kph... does that sound right Matt?
 

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