AMS Performance Intake Manifold for A90 / A91 Toyota GR Supra [AMS.38.08.0002-1]

AMS Performance Intake Manifold for A90 / A91 Toyota GR Supra [AMS.38.08.0002-1]

As power levels rise in the GR Supra, intake charge air temperatures also increase, making efficient heat dissipation essential. The AMS Performance 2020+ Toyota GR Supra Intake Manifold addresses this with a unique parallel twin core design that optimizes coolant flow for unmatched cooling performance. It also features a flush-mounted -8AN fuel rail for auxiliary port fuel injection, ensuring a direct, unobstructed path for atomized fuel to the combustion chamber. This advanced engineering delivers superior cooling, fueling, and overall performance, setting it apart from competing systems.

Engineered To Win

• The AMS Snailworks  Engineering Team has meticulously engineered the AMS Performance 2020+ Toyota GR Supra Intake Manifold to offer a seamless, direct bolt-in installation without requiring any modification to your valued vehicle. This manifold is fully compatible with the a/c system, power steering, oil filter cap, and all other factory options. Furthermore, it can be easily reverted to the stock configuration with the simple replacement of a few inexpensive parts. With its exceptional design, the AMS Performance 2020+ Toyota GR Supra Intake Manifold stands out as the market’s top-performing, highest-quality, and most user-friendly option available.
• The AMS Snailworks Engineering Team has dedicated countless hours of research and development to refining the AMS Performance 2020+ Toyota GR Supra Intake Manifold, aiming for maximum efficiency and effectiveness. Leveraging Computational Fluid Dynamics (CFD) analysis software, the team has verified and fine-tuned the geometry of the A356 T6 cast aluminum plenum and runners to optimize the distribution of mass flow rate to each cylinder. This meticulous design approach has allowed their engineers to achieve an outstanding level of airflow equalization, with a deviation of only 0.5% to each cylinder port. By going the extra mile in this design aspect, AMS has ensured exceptional performance and balanced airflow throughout the manifold.

Properly Implemented Port Fuel Injection

• The 3.0L B58 engine utilized in the GR Supra is an impressive piece of German engineering sourced from BMW. However, the factory direct injection system poses limitations for achieving high horsepower output and utilizing ethanol flex fuel. Consequently, many owners have resorted to installing port fuel injector spacers between the cylinder head and the factory intake manifold. During the research and development phase of the AMS Performance 2020+ Toyota GR Supra Intake Manifold, the AMS team recognized the importance of incorporating an optimally designed secondary port fuel injection solution as an alternative for customers.
• To optimize fuel delivery, the injector ports have been relocated onto the manifold runners. This strategic placement allows for precise angling of the injector nozzles directly at the intake valve and combustion chamber, eliminating the risk of fuel pooling along the walls of the intake runners. Taking this concept a step further, the team flush-mounted the -8AN fuel rail to the manifold and created pocketed runners. These design enhancements provide the injectors with an even more direct path, enabling them to spray perfectly atomized fuel to the engine. The result is enhanced combustion efficiency and maximum utilization of the fuel’s potential.

Parallel Split Core Design for Optimized Coolant Flow

• The AMS Performance 2020+ Toyota GR Supra Intake Manifold incorporates a parallel split core design as its key feature. This unique design allows for the routing of coolant from the middle of the unit instead of from one end to the other. By adopting this coolant flow routing approach, water pressure drop is reduced, and the flow rate at a given head pressure is increased. This optimized coolant flow ensures efficient movement of coolant throughout the system, effectively expelling heat. The split coolant flow design enables consistent cooling of each cylinder by pairing the coolest water (fresh from the heat exchanger) with the coolest air (furthest point through the intercooler). This matching of temperature maximizes heat transfer across the entire length of the cores, ensuring efficient cooling throughout the intake manifold.
• The twin cores, rated for 1250+ HP, have been meticulously optimized by the AMS Snailworks Engineering Team. They have achieved a delicate equilibrium between facilitating airflow to the engine and ensuring efficient heat exchange for cooling the air. This is accomplished by fine-tuning the dimensions of the proprietary parallel cores, incorporating custom specifications for fin densities on both the coolant and air sides, optimizing fin height, and carefully determining the water passage size. These design elements work in harmony to enhance coolant flow, maximize airflow throughput, and minimize pressure drop within the intercooler system.

Features

• The intake manifold is equipped with parallel air-to-water intercooler cores that are rated for 1250+ hp. These high-performance cores deliver superior cooling capabilities
• The intake manifold includes an auxiliary port fuel rail equipped with -8AN side ports, offering expanded fueling options and flexibility
• The design of the intake manifold has been verified through Computational Fluid Dynamics (CFD), ensuring even airflow distribution for optimal performance
• The intake manifold features properly angled port injection, enhancing fuel atomization for improved performance
• The core area of the intake manifold is 135% larger compared to the OEM counterpart
• The intake manifold is compatible with AMS 3″ charge pipes as well as other OEM-style charge pipes
• The intake manifold incorporates 1″ inner diameter coolant hoses, providing a substantial 148% increase in size compared to the OEM hoses
• The coolant port design of the intake manifold enables the seamless integration of a custom ice tank if desired
• The plenum features three (3) additional -4AN ORB ports designed specifically for vacuum source points
• The package includes all necessary ancillary components, encompassing hardware, lines, and fittings

What’s Included

• AMS Performance intake manifold with parallel air-to-water intercooler cores
• AMS Performance auxiliary fuel rail and port plugs (injectors available separately)
• AMS Performance ancillary components  (including all hardware, lines, and fittings)

Applications

• Toyota GR Supra: A90, A91 (2020-present) [3.0L I6 turbo B58] 

Notes

• Fuel rail is designed for Bosch injectors such as Injector Dynamics 1050.34.14.14.6. Other Bosch injectors may be compatible with 14mm bore lower and upper o-rings and no top cap.
• Does not fit with OEM engine cover
• Designed for use with OEM oil filter cap. Aftermarket oil filter cap fitment not guaranteed
• While AMS acknowledges that this product may be eligible for CARB EO exemption or compliant with the EPA’s Anti-Tampering Policy, they have not yet undergone the necessary testing and administrative procedures. As a result, this product is currently unavailable for purchase for emissions-controlled vehicles located within California, and cannot be shipped to addresses within the state, unless a completed AMS Race Waiver form is provided. International users outside of the United States should adhere to their respective local laws and regulations.