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These aFe EGR Coolers utilize larger-than-OEM diameter tubes with a thicker wall to reduce clogging, extend life, and resist failure. They are manufactured from stainless steel with all connections TIG-welded, not braised, and pressure-tested at the factory. They feature a direct-flow design providing seven large diameter flow-through tubes to resist clogging, resulting in the extended life of the cooler. The heat exchanger tube wall thickness is more than twice as thick as the OEM versions.
( 3 )
$403.20
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$484.05
$372.96
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$447.75
On Sale
aFe Magnum Force Pro Dry S Stage 2 Si air intake systems feed your engine clean, cool air—and lots of it! These systems feature fully sealed intake housings that keep out warm air under the hood and bring in cooler outside air for a denser intake charge. They're fitted with a heat-insulating molded plastic intake tube and a unique turbo adapter that funnels air into the turbo for improved volumetric efficiency and maximum performance, while lowering intake air temperatures. And, keeping the air clean is the patented 360 degree Pro Dry S performance cone filter. With three layers of fine mesh synthetic oil-free media and polyurethane construction, these conical filters will last a long time and through multiple cleaning cycles. Assembly and installation are easy, as these systems use factory mounting points. Flow maximum oxygen to your engine with these Magnum Force Pro Dry S Stage 2 Si air intake systems from aFe.
( 3 )
$372.00
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$836.00
$334.80
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$752.40
On Sale
These heat dissipaters from Mr. Gasket are a lamination of a special heat-absorbing gasket material separated by layers of aluminum alloy, which draws heat from the air/fuel mixture and releases it into the surrounding air. This allows a cooler, denser mixture to enter the cylinders, which in turn helps boost torque throughout the RPM band. Because of their insulating properties, these dissipaters also help eliminate vapor lock.
( 23 )
$39.41
$21.68
On Sale
APR carbon fiber intercooler ducts for the Porsche 992 3.0T dramatically lower intake air temperature (IAT) by increasing airflow through the ambient air path of the intercooler cores. In doing so, the engine makes more power and sustains power levels for longer—as IAT is kept away from the knock threshold of the engine and IAT-based power reduction safety routines of the factory ECU. Multiple back-to-back wide-open-throttle acceleration tests proved APR intercooler ducts reduced IAT as much as 9.6 degrees C (17.3 degrees F) or 15 percent better than stock! The APR intercooler ducts are made from carbon fiber, allowing the cooling ducts to be formed to the exact shape necessary to fit into the tight engine bay within the 992's rear-end. The vents allow for maximum flow through the system, while continuing to connect the system to the rest of the factory ducting. Everything simply slides into place with no extra hardware required. A gorgeous matte finish with a gloss APR logo adorns the system, giving it a motorsport-inspired feel, which is unfortunately tucked out of view with the rear bumper installed. Testing: The 911 must be tested on the street, rather than a dyno, to capture real world cooling data. This is especially true because of the rear engine design. In real world driving, air is forced through the cooling ducts differently than it is on a stationary dyno, even with excellent cooling fans. During development, APR engineers fully instrumented the engine to find the limitations of the factory hardware. It was quickly determined the factory intercoolers struggled with airflow through the ambient cooling paths. By redesigning the cooling ducts, more high-pressure ambient air could be forced through the system to maximize effectiveness of the coolers. To illustrate their importance, wide open throttle acceleration tests were conducted for roughly 11 seconds, both with stock cooling ducts and APR cooling ducts. IAT was measured post-intercooler with high-quality thermocouples. Ten back-to-back tests were conducted with each setup, and the results were averaged together. With the stock ducts in place, IAT rose to 66.2 degrees C (151.2 degrees F). This is above the factory knock threshold of 60 degrees C (140 degrees F) and is approaching the ECU power reduction limiter at 70 degrees C (158 degrees F). Once this IAT threshold is crossed, the ECU will begin aggressively reducing engine power to protect the engine. By simply swapping to the APR intercooler ducts, IAT dropped 15 percent, or 9.6 degrees C (17.3 degrees F), leveling off at 56.6 degrees C (133.9 degrees F). This is below the knock threshold and safely away from the power reduction threshold! APR Intercooler ducts are a simple and cost effective upgraded to the 992 3.0T and should be considered by any customer, at any stage of performance, looking to maximize the performance of their 911! Product features: * Improved intake air temperature (IAT) by 15 percent over stock * Organic matte carbon fiber design with gloss APR logo * Lightweight material and design * No extra hardware required * Plug-and-play upgrade * Retains factory intercooler post-housing ducting * Excellent performance per dollar upgrade for the Porsche 911 * Emissions compliant
Not Yet Reviewed
$699.95
$384.95
On Sale
aFe Silver Bullet intake manifold spacers offer thermal insulation between the cylinder head and intake plenum keeping the air in the intake cooler and denser. Precision machined from phenolic CE plastic, they are lightweight, heat-resistant, and durable to offer a perfect fit and finish. They also include hardware and seals for a hassle-free installation. Increase plenum volume, top-end power, and throttle response with Silver Bullet intake manifold spacers.
Not Yet Reviewed
$212.00
$196.10
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