J&A Performance
AMS PERFORMANCE PORSCHE 991.2 CARRERA INTERCOOLER SYSTEM
AMS PERFORMANCE PORSCHE 991.2 CARRERA INTERCOOLER SYSTEM
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“I never thought intercoolers and inlets on my 911 would have made this big of an improvement over the stockers, and after seeing the results on the dyno I wanted to put together all the data I had to compare. If you have a 997 or 991 Porsche 911 Turbo you NEED AMS Performance Intercoolers on your car, period! In short, I modded my car shortly after I bought it with an upgraded clutch, Fabspeed Motorsport Exhaust, Injector Dynamics Injectors, and of course a COBB Tuning AP. Bone stock the car made around 460whp on our dyno, which was already impressive. With the new parts, on 93oct, we saw great gains, making a hair over 500whp. The next step was E85, but it was late last year and I didn’t get a chance to get the car back on the dyno until recently. The car was, obviously, noticeably faster on the street as we started tuning. However, when the weather got hot and ambient temps were over 80*, you could tell the car was way down on power.
Fast forward to last week, when I got the car back on the dyno we found out how bad the stock intercoolers were (and immediately ordered the AMS IC Kit). Full disclosure here, our dyno is run uncorrected, and it was hotter and more humid on the baseline runs compared to runs with the intercoolers installed. Regardless, the gains are amazing. On a 4th gear pull on the dyno with stock intercoolers, intake temp at the manifold started at 81* F and climbed to 168* F by the end of the pull, and on the street doing a 3-4-5 gear pull intake temps started 118* (it was only 80* ambient that day) and rose to 170*!
In comparison, with the new AMS intercoolers, charge piping, and turbo inlets installed and back on the dyno, during a 4th gear pull the intake temps started at 74* and ended at 71*. On the street doing the same 3-4-5 pull intake temps started at 96* and ended at 118*. On the dyno sheets attached, you can see that we picked up 70whp and 70ftlbs, and an increase in spool. While the intercoolers contributed a large amount to the differences here, there were a few other factors worth noting. The stock inlets are pretty restrictive, and we swapped them to Torque Solution units at the same time. Also, the ambient temp in the dyno room was about 15* cooler on the second day. Thanks to Martin and the guys at AMS for making a killer kit, with perfect fitment and top notch finish, they even changed the Y pipe to full carbon instead of the aluminum piping in the older version at no additional cost!”
— Nathan Silveri
Computer aided design yields maximum results
Our engineering team designed the Alpha 991.2 Intercooler end tanks with extremely smooth features and the perfect geometry for the best flow resulting in maximum horsepower. Designed using Solidworks 3D CAD software, these end tanks have improved flow over boxy sheet metal end tanks found on other intercoolers. We then took it one step further. AMS Engineers designed the organically shaped carbon fiber ducting to make use of every millimeter of available space for the ultimate power producing charge of cool air. The organic carbon fiber lower ducts allow the heat to transfer to atmosphere instead of soaking into the intercoolers.
Cooler Intake Charge Boosts Power And Response
Channeling cool air to the intercoolers is vital for optimum performance of any intercooler. Some manufacturers choose to remove the factory intercooler inlets in order to cut costs. This greatly reduces the effectiveness of ANY intercooler whether it’s larger or not. Others require that you cut up and tape the factory shrouding to the intercooler core in an attempt to seal the shroud to the intercooler core. While this is better than removing the shroud, it is still not the most effective way to boost performance. The Alpha Performance Intercooler kit requires no drilling and no cutting.
The Alpha 991.2 Intercooler System retains full use of the stock intercooler inlets forcing cool air into our larger, carbon fiber shrouds. Not only is this option more aesthetically pleasing, each rigid OEM-quality carbon fiber piece is made to seamlessly mate to the Alpha Intercoolers feeding them cooler ambient air more efficiently than the alternatives. Not to mention, eliminating the removal or destruction of your intercooler ducting. Included with the kit are velcro Alpha branded “speed straps” that hold the lower duct securely to the upper duct that will not deteriorate over time.
Maximum Airflow For Maximum Horsepower And Torque
Perhaps the best feature about this intercooler system is that it maintains cooling efficiency as more Alpha Performance power producing upgrades are developed for your Porsche 991.2. It improves the effectiveness of your other upgrades giving you maximum hp output potential.
Exclusive Benefits
- Highest quality intercoolers on the market
- Smooth cast end tank design reduces turbulence
- Optimum fin density of 20 fins per inch for improved cooling
- CAD design achieves perfect fitment and provides the most potential for power
- Carbon fiber intercooler shrouds and our foam tape form a tight seal to maximize cooling efficiency
- A simple installation without having to perform unsightly modifications
- High quality materials to last the lifetime of your 991.2
- Provides a factory fit & finish unmatched in the automotive aftermarket industry
Includes
- 120mm thick Alpha Intercoolers w/ cast aluminum end tanks
- The highest quality carbon fiber intercooler shrouds
- Foam stripping
- Alpha Branded Speed Straps
Applications
- 2016-2019 Carrera
- 2016-2019 Carrera Cabriolet
- 2016-2019 Carrera S
- 2016-2019 Carrera S Cabriolet
- 2017-2019 Carrera T
- 2016-2019 Carrera 4
- 2016-2019 Carrera 4 Cabriolet
- 2016-2019 Carrera 4S
- 2016-2019 Carrera 4S Cabriolet
- 2017-2019 Carrera GTS
- 2017-2019 Carrera GTS Cabriolet
- 2017-2019 Carrera 4 GTS
- 2017-2019 Carrera 4 GTS Cabriolet
Kit Instructions
- Alpha Performance Porsche 991.2 Intercooler System Install Instructions can be downloaded here.
PRODUCT NOTES
As these motorsports grade carbon fiber parts are hand laid, slight imperfections or weave pattern variances can be expected.
