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Ok, so after nearly 3 years of owning my truck I finally was able to get it on a dyno, which happens to be a Mustang dyno. At the college I go to we're in the middle of our performance module, so my truck was going to be the first one on the dyno.
Truck: "Tiny Tank" 2006 Nissan SE 4X4 6 spd w/ 49,579km @ time of dyno
Mods:
Volant CAI
Flowmaster 50 Series SUV DI/DO 2.25" exhaust
2* Timing Advance
WRP Crank Pulley
265/70/16 Motomaster A/T tires
Now the results I achieved I am more then happy with! On my second dyno run, with about 45 mins after my first run I put out 251hp @ 5300 RPM and 272 ft/lbs of torque @ 3200 RPM! This was weather corrected of course. The non-weather corrected numbers for that run are 225hp and 245ft/lbs. The difference between these two numbers is mainly in the fact that Lethbridge is a good 2500' above sea level. What follows are stat sheet and dyno runs of my warm up run, and 2 solid pulls.
With this scale you can really see how the VVT affects the torque curve
The money shot!
More VVT action...
This run was a little lower most likely due to the fact it was done about 5 mins after the second one with little time for cool down.
Note: all these runs were done with NO modifications done to anything other then what I described above. 3/4 tank of 91 octane fuel, one dirty a$$ Volant air filter, and 100km away from needing an oil change.
Once thing I found very interesting was how the VVT affected where I got my peak torque. One time it was 3200 RPM, next run closer to 4000. All in all though I'm very happy with these results, and it means I've gained roughly 25hp and a little over 30ft/lbs of torque over the same stock configuration.
Truck: "Tiny Tank" 2006 Nissan SE 4X4 6 spd w/ 49,579km @ time of dyno
Mods:
Volant CAI
Flowmaster 50 Series SUV DI/DO 2.25" exhaust
2* Timing Advance
WRP Crank Pulley
265/70/16 Motomaster A/T tires
Now the results I achieved I am more then happy with! On my second dyno run, with about 45 mins after my first run I put out 251hp @ 5300 RPM and 272 ft/lbs of torque @ 3200 RPM! This was weather corrected of course. The non-weather corrected numbers for that run are 225hp and 245ft/lbs. The difference between these two numbers is mainly in the fact that Lethbridge is a good 2500' above sea level. What follows are stat sheet and dyno runs of my warm up run, and 2 solid pulls.

With this scale you can really see how the VVT affects the torque curve

The money shot!

More VVT action...


This run was a little lower most likely due to the fact it was done about 5 mins after the second one with little time for cool down.

Note: all these runs were done with NO modifications done to anything other then what I described above. 3/4 tank of 91 octane fuel, one dirty a$$ Volant air filter, and 100km away from needing an oil change.
Once thing I found very interesting was how the VVT affected where I got my peak torque. One time it was 3200 RPM, next run closer to 4000. All in all though I'm very happy with these results, and it means I've gained roughly 25hp and a little over 30ft/lbs of torque over the same stock configuration.