Josh/AWE
Elite Sponsor
- First Name
- Josh
- Joined
- Nov 4, 2019
- Threads
- 22
- Messages
- 232
- Reaction score
- 211
- Location
- Philadelphia
- Vehicle(s)
- CTR
Hi, everyone! All this commotion and no invite? Anywho, happy '22 to all of ya.
Allow me to shed some insight.
I can see where the confusion lies in the verbiage. "Full 3'" implied the exhaust route remained 3" after the inlet of the front pipe, to the tips, with virtually no reductions. Which it does. Since this was obviously confusing per the above, the word "full" has been omitted to prevent further assumptions.
Re: the flange of the front pipe, and why we did it, the following context has also been added.
We decided to reuse the factory-style flange and gasket for reliability and long-term performance. The factory's double-layer steel gasket design is vastly superior to any aftermarket flat gasket. This design allows for the gasket to be fully captured by the machined groove in the flange, eliminating any possibility of blowout or deterioration over long-term use. Additionally, it is fully serviceable, unlike a flat gasket that can stick to the mating flanges and tear upon removal.
All of our designs work with factory components upstream -- we don't tamper with emissions equipment. Designing to the factory outlet is common, thus why aftermarket downpipes are designed to work with the inlet of factory exhausts.
Furthermore, when mated to the factory DP or any aftermarket DP that utilizes the factory flange (e.g. PRL, which is what we utilized during R&D, and also the DP equipped in one of our product video), there is no restriction.
Hope this helps cure curiosity and educates on the matter a bit.
Feel free to hit me or @Sara/AWE with any questions!
Allow me to shed some insight.
I can see where the confusion lies in the verbiage. "Full 3'" implied the exhaust route remained 3" after the inlet of the front pipe, to the tips, with virtually no reductions. Which it does. Since this was obviously confusing per the above, the word "full" has been omitted to prevent further assumptions.
Re: the flange of the front pipe, and why we did it, the following context has also been added.
We decided to reuse the factory-style flange and gasket for reliability and long-term performance. The factory's double-layer steel gasket design is vastly superior to any aftermarket flat gasket. This design allows for the gasket to be fully captured by the machined groove in the flange, eliminating any possibility of blowout or deterioration over long-term use. Additionally, it is fully serviceable, unlike a flat gasket that can stick to the mating flanges and tear upon removal.
All of our designs work with factory components upstream -- we don't tamper with emissions equipment. Designing to the factory outlet is common, thus why aftermarket downpipes are designed to work with the inlet of factory exhausts.
Furthermore, when mated to the factory DP or any aftermarket DP that utilizes the factory flange (e.g. PRL, which is what we utilized during R&D, and also the DP equipped in one of our product video), there is no restriction.
Hope this helps cure curiosity and educates on the matter a bit.
Feel free to hit me or @Sara/AWE with any questions!
Bit of a reach here, LBP. Any images included on dealer websites are... from our website. Being the person who took these photos, there was nothing to "hide", thus the reason for shooting the image of the flange. Cheers.Why couldn't AWE accomplish this?
I would also like to point out the images of their front pipe that are used in their product listing. I'm not going to accuse them of doing this intentionally, but in all of them the reduction is hidden/obfuscated enough that you'd be hard-pressed to notice.
And here's one that almost shows it that as of this post is NOT featured on their own website, but is still present on the TSP listing:
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