J-pipe?
Go for the latest and greatest; RV6 V3 J-pipe.
Read about it, and then make your own decision.
Click here for more info about RV6 V3
Read about it, and then make your own decision.
Click here for more info about RV6 V3
Go for the latest and greatest; RV6 V3 J-pipe.
Read about it, and then make your own decision.
Click here for more info about RV6 V3
Read about it, and then make your own decision.
Click here for more info about RV6 V3
RV6 has a good jpipe if you don't care about being catless when you do the PCDs or having to go through the trouble of welding in another high flow cat to reduce rasp / discoloration / smell.
XLR8 has some good products. I'll probably end up with RV6 PCDs and the XLR8 jpipe. If you look at the dyno chart gains they're both basically the same. And honestly, on an NA setup you're not going to notice a huge difference with a catless setup vs. one cat.
XLR8 has some good products. I'll probably end up with RV6 PCDs and the XLR8 jpipe. If you look at the dyno chart gains they're both basically the same. And honestly, on an NA setup you're not going to notice a huge difference with a catless setup vs. one cat.
Go for the latest and greatest; RV6 V3 J-pipe.
Read about it, and then make your own decision.
Click here for more info about RV6 V3
Read about it, and then make your own decision.
Click here for more info about RV6 V3
I'm not gonna read that whole thread and perhaps this was already corrected, but the dyno numbers in the first post don't make any sense.
For both WHP and Torque the AVG gain is greater than the PEAK gain. How is that even possible? An AVG is always somewhere between the min and the max; cannot be more than the max.
It may be mis-labled or corrected later in the thread.
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Richie posted this in the main thread:
i dont get the numbers... im confused...why is the peak lower than the average? shouldnt the peak be higher than the average? idunno? .... can someone explain to me... =/
The two links below are outdated. RV6 V3 was not on the market yet when these two threads were ongoing. But, I am posting them in case the links might be helpful to you. Also, the links below do discuss the theory upon which the RV6 V3 was designed (longer primary pipes).
E-124: ATLP V2 vs RV6 V2 *pics/comparisons* (click here)
i dont know which jpipe to go with... (click here)
E-124: ATLP V2 vs RV6 V2 *pics/comparisons* (click here)
i dont know which jpipe to go with... (click here)
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We saw some significant double digit gains on our j-pipe in the low to mid-range. Look at the graph comparison in these two dyno graphs; down low we were seeing a 20-25wtq gain.
https://acurazine.com/forums/sponsored-sales-group-buys-10/xlr8-j-pipe-here-699707/
Also our j-pipe is made out of T304 stainless steel, one of the highest grade stainless steels available, and it is made in the US.
https://acurazine.com/forums/sponsored-sales-group-buys-10/xlr8-j-pipe-here-699707/
Also our j-pipe is made out of T304 stainless steel, one of the highest grade stainless steels available, and it is made in the US.
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