F55/F56 F56 Cooper S + JCW Tuning Kit + NM Power Module = 264bhp / 301 ft-lbs of torque!!
#1
F56 Cooper S + JCW Tuning Kit + NM Power Module = 264bhp / 301 ft-lbs of torque!!
After this past weekend's dyno day that we had locally with 11 MINIs, including a couple stock F56 Cooper S', and a F56 factory JCW, one combination came out on top above all the others:
a 2016 F56 Cooper S with the following 2 additions:
- John Cooper Works Pro Tuning Kit / Exhaust
- NM Engineering Power Module
While the factory JCW was impressive by putting down 220.33 whp and 219.66 ft-lbs at the wheels, the NM power-equipped MINI put down a MASSIVE 235.60 whp and 268.74 ft-lbs!! Add in the 12% drivetrain loss and at the crank that translates to 263.87 bhp and 300.99 ft-lbs!!
From analyzing the data that was collected, it is clear that the factory JCW has just about as much horsepower and torque as the stock F56 until about 4750 rpm. Once it hits 4750 rpm, the torque start climbing as well as the horsepower in an impressive manner.
Now if you simply stick the JCW tuning kit exhaust on the car, low-end torque gets added to the mix that surpasses the factory JCW up until the 4750 rpm mark. At 4750 rpm, the factory JCW's amazing torque climbs past that of the JCW tuning kit F56 and keeps it well above for the rest of the rpm range.
But hold on... If you stick the NM Power Module to the JCW Tuning Kit MINI, not only do you see a big increase in low-end torque, but you also see a beautiful power band that stays constantly above the factory JCW even well beyond the magical 4750 rpm mark. In fact, the factory JCW never catches up and stays significantly lower than the JCW Tuning Kit MINI with the NM Power Module.
Needless to say - I was VERY impressed with this combination!!
If anyone wants to see the graphs or the data in more detail, I posted it all here:
http://www.motoringfun.com/2015/11/1...-power-module/
a 2016 F56 Cooper S with the following 2 additions:
- John Cooper Works Pro Tuning Kit / Exhaust
- NM Engineering Power Module
While the factory JCW was impressive by putting down 220.33 whp and 219.66 ft-lbs at the wheels, the NM power-equipped MINI put down a MASSIVE 235.60 whp and 268.74 ft-lbs!! Add in the 12% drivetrain loss and at the crank that translates to 263.87 bhp and 300.99 ft-lbs!!
From analyzing the data that was collected, it is clear that the factory JCW has just about as much horsepower and torque as the stock F56 until about 4750 rpm. Once it hits 4750 rpm, the torque start climbing as well as the horsepower in an impressive manner.
Now if you simply stick the JCW tuning kit exhaust on the car, low-end torque gets added to the mix that surpasses the factory JCW up until the 4750 rpm mark. At 4750 rpm, the factory JCW's amazing torque climbs past that of the JCW tuning kit F56 and keeps it well above for the rest of the rpm range.
But hold on... If you stick the NM Power Module to the JCW Tuning Kit MINI, not only do you see a big increase in low-end torque, but you also see a beautiful power band that stays constantly above the factory JCW even well beyond the magical 4750 rpm mark. In fact, the factory JCW never catches up and stays significantly lower than the JCW Tuning Kit MINI with the NM Power Module.
Needless to say - I was VERY impressed with this combination!!
If anyone wants to see the graphs or the data in more detail, I posted it all here:
http://www.motoringfun.com/2015/11/1...-power-module/
#3
JCW tuning kit
After this past weekend's dyno day that we had locally with 11 MINIs, including a couple stock F56 Cooper S', and a F56 factory JCW, one combination came out on top above all the others:
a 2016 F56 Cooper S with the following 2 additions:
- John Cooper Works Pro Tuning Kit / Exhaust
- NM Engineering Power Module
While the factory JCW was impressive by putting down 220.33 whp and 219.66 ft-lbs at the wheels, the NM power-equipped MINI put down a MASSIVE 235.60 whp and 268.74 ft-lbs!! Add in the 12% drivetrain loss and at the crank that translates to 263.87 bhp and 300.99 ft-lbs!!
From analyzing the data that was collected, it is clear that the factory JCW has just about as much horsepower and torque as the stock F56 until about 4750 rpm. Once it hits 4750 rpm, the torque start climbing as well as the horsepower in an impressive manner.
Now if you simply stick the JCW tuning kit exhaust on the car, low-end torque gets added to the mix that surpasses the factory JCW up until the 4750 rpm mark. At 4750 rpm, the factory JCW's amazing torque climbs past that of the JCW tuning kit F56 and keeps it well above for the rest of the rpm range.
But hold on... If you stick the NM Power Module to the JCW Tuning Kit MINI, not only do you see a big increase in low-end torque, but you also see a beautiful power band that stays constantly above the factory JCW even well beyond the magical 4750 rpm mark. In fact, the factory JCW never catches up and stays significantly lower than the JCW Tuning Kit MINI with the NM Power Module.
Needless to say - I was VERY impressed with this combination!!
If anyone wants to see the graphs or the data in more detail, I posted it all here:
http://www.motoringfun.com/2015/11/1...-power-module/
a 2016 F56 Cooper S with the following 2 additions:
- John Cooper Works Pro Tuning Kit / Exhaust
- NM Engineering Power Module
While the factory JCW was impressive by putting down 220.33 whp and 219.66 ft-lbs at the wheels, the NM power-equipped MINI put down a MASSIVE 235.60 whp and 268.74 ft-lbs!! Add in the 12% drivetrain loss and at the crank that translates to 263.87 bhp and 300.99 ft-lbs!!
From analyzing the data that was collected, it is clear that the factory JCW has just about as much horsepower and torque as the stock F56 until about 4750 rpm. Once it hits 4750 rpm, the torque start climbing as well as the horsepower in an impressive manner.
Now if you simply stick the JCW tuning kit exhaust on the car, low-end torque gets added to the mix that surpasses the factory JCW up until the 4750 rpm mark. At 4750 rpm, the factory JCW's amazing torque climbs past that of the JCW tuning kit F56 and keeps it well above for the rest of the rpm range.
But hold on... If you stick the NM Power Module to the JCW Tuning Kit MINI, not only do you see a big increase in low-end torque, but you also see a beautiful power band that stays constantly above the factory JCW even well beyond the magical 4750 rpm mark. In fact, the factory JCW never catches up and stays significantly lower than the JCW Tuning Kit MINI with the NM Power Module.
Needless to say - I was VERY impressed with this combination!!
If anyone wants to see the graphs or the data in more detail, I posted it all here:
http://www.motoringfun.com/2015/11/1...-power-module/
#4
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#6
I talked to a tech at NM about the high setting. He said that as long as you are not running at WOT for extended periods of time (on a track) you are safe to run it on high with 93 octane. They run their car with it on high and have been for several months with no problems. I bypassed the stun setting and installed it in the "Kill" position from the get go. I'm loving it!
#7
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#12
I'm sorry if it came across as a critique of your dyno day, it's not at all what I intended. It sounds fun, and I definitely appreciate the extra data!
I'm genuinely curious as to the different power modules though, since I am trying to decide which one to buy myself.
Here is the dyno sheet for the B38 triple, and for the new JCW from BMS - I know there's a MCS one somewhere, but I didn't have it saved. Should be easy enough to find.
https://www.northamericanmotoring.co...dynosheet.html
https://www.northamericanmotoring.co...-f56-dyno.html
I'm genuinely curious as to the different power modules though, since I am trying to decide which one to buy myself.
Here is the dyno sheet for the B38 triple, and for the new JCW from BMS - I know there's a MCS one somewhere, but I didn't have it saved. Should be easy enough to find.
https://www.northamericanmotoring.co...dynosheet.html
https://www.northamericanmotoring.co...-f56-dyno.html
#15
#16
Here is the dyno sheet for the B38 triple, and for the new JCW from BMS - I know there's a MCS one somewhere, but I didn't have it saved. Should be easy enough to find.
https://www.northamericanmotoring.co...dynosheet.html
https://www.northamericanmotoring.co...-f56-dyno.html
https://www.northamericanmotoring.co...dynosheet.html
https://www.northamericanmotoring.co...-f56-dyno.html
#17
No worries I just find the data very interesting!
Interesting - sounds like the BMS allows for more tinkering. Those dyno graphs were run with some E85 fuel, which explains the higher power on the JCW. Definitely a positive for those who know what they are doing. Not sure I would have enough knowledge to take advantage of those extra features, but looks cool. Would like to see a dyno graph of a stock F56 Cooper S with normal fuel (91-93) to see what gains the chip adds. Neat stuff.
Interesting - sounds like the BMS allows for more tinkering. Those dyno graphs were run with some E85 fuel, which explains the higher power on the JCW. Definitely a positive for those who know what they are doing. Not sure I would have enough knowledge to take advantage of those extra features, but looks cool. Would like to see a dyno graph of a stock F56 Cooper S with normal fuel (91-93) to see what gains the chip adds. Neat stuff.
If NM designed a module that was compatible with the B38 I'd be willing to give them a shot.
#18
Guessing on F56 Cooper S with no JCW tuning kit, the NM module on high increases things to a safe level even for 93 octane.
#19
I know it's a technicality, but the way you calculated your engine power isn't quite right. You don't add 12% from the wheels, but subtract 12% from the engine. It's a subtle but important difference.
Engine HP - 12% Engine HP = Wheel HP
1 - (1*.12) = wHP
0.88 Engine HP = wHP
wHP / 0.88 = Engine HP
235.6 / 0.88 = 268 HP
...and doing the same to the torque calculates to 305 LbFt
In reality, the dyno can't accurately measure to a tenth of a HP, let alone a hundredth of a HP, so just rounding to the nearest HP is practical.
Engine HP - 12% Engine HP = Wheel HP
1 - (1*.12) = wHP
0.88 Engine HP = wHP
wHP / 0.88 = Engine HP
235.6 / 0.88 = 268 HP
...and doing the same to the torque calculates to 305 LbFt
In reality, the dyno can't accurately measure to a tenth of a HP, let alone a hundredth of a HP, so just rounding to the nearest HP is practical.
#20
Just an FYI - on a JCW Tuning Kit equipped MINI with the NM Module set on high with high octane fuel - it felt quicker and had more power. However, when using 93 octane fuel while it was set on high, max boost actually dropped and power seemed lower. Once NM module was set back to low, power came right back and boost levels went up again. I am guessing the reason is that the JCW tuning kit already increases boost and adding the NM module and trying to run it on high with 93 octane causes the car's ECU to kick in and retard timing/boost to keep things safe, resulting in the lower power.
Guessing on F56 Cooper S with no JCW tuning kit, the NM module on high increases things to a safe level even for 93 octane.
Guessing on F56 Cooper S with no JCW tuning kit, the NM module on high increases things to a safe level even for 93 octane.
#21
Until now I haven't been paying very much attention to "tuning". So now I ask, what is the "JCW Tuning Kit"? Is it available from the dealer under a single part number, and can it be installed in the home garage? Does installation void the factory warranty?
Would it be better to install this kit first and then consider adding the NM or BMS modules?
Would it be better to install this kit first and then consider adding the NM or BMS modules?
#22
The JCW tuning kit is a substantial investment and the dealer has to install the program for it. Since the kit is dealer installed I would imagine it's warranty complient. The NM module is $375-$400 and can be self installed in 20 minutes. I would remove it before having any warranty work done though.
#23
I know it's a technicality, but the way you calculated your engine power isn't quite right. You don't add 12% from the wheels, but subtract 12% from the engine. It's a subtle but important difference.
Engine HP - 12% Engine HP = Wheel HP
1 - (1*.12) = wHP
0.88 Engine HP = wHP
wHP / 0.88 = Engine HP
235.6 / 0.88 = 268 HP
...and doing the same to the torque calculates to 305 LbFt
In reality, the dyno can't accurately measure to a tenth of a HP, let alone a hundredth of a HP, so just rounding to the nearest HP is practical.
Engine HP - 12% Engine HP = Wheel HP
1 - (1*.12) = wHP
0.88 Engine HP = wHP
wHP / 0.88 = Engine HP
235.6 / 0.88 = 268 HP
...and doing the same to the torque calculates to 305 LbFt
In reality, the dyno can't accurately measure to a tenth of a HP, let alone a hundredth of a HP, so just rounding to the nearest HP is practical.
Learned something new tonight!
#24
Until now I haven't been paying very much attention to "tuning". So now I ask, what is the "JCW Tuning Kit"? Is it available from the dealer under a single part number, and can it be installed in the home garage? Does installation void the factory warranty?
Would it be better to install this kit first and then consider adding the NM or BMS modules?
Would it be better to install this kit first and then consider adding the NM or BMS modules?
Now the NM or BMS modules technically could void your warranty if your dealer sees it in there and it causes a problem with your car. The idea is that since it is a plug-in module, you could disconnect it before going to your dealer...
As for which to install first... The plug-in modules are obviously much cheaper and deliver probably more bang for the buck, but the combination of the JCW tuning kit and the plug-in module really compliments the F56 well.