DO88 BMW Intake Manifold Components (DISA, Vacuum, CCV, Etc) for BMW 5 Series G30 (2017+)

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The intake manifold takes incoming air from the intake and distributes it to each cylinder. Over the years the manifolds have gotten more sophisticated and complex. Most of the additional work that it does is emissions-related - recirculating vapors back into the engine to be re-used. But there are also performance innovations such as BMW's DISA variable intake runners. All of the modern innovations have a part behind it and here you will find replacement components.

In some BMW models there are performance improvements with intake manifolds. These intake manifold upgrades use mostly BMW parts and are a direct replacement for your stock manifold. We offer manifolds and kits to make the conversion work easier.

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Do88 Charge Cooler Manifold, BMW G-Serie (B58) / Toyota GR Supra A90 ...
affirm Starting At 0% APR - Subject To Eligibility. See Lending Terms
DO88 - Corporate Logo
T#:39497960
Part#: ICM-430-K
In Stock
$ 2,325.99

This product was last offered at the strikethrough price on
05-26-2026

$ 2,039.99 USD
Free Shipping on orders $49 and up
$ 2,039.99 USD
Free Shipping on orders $49 and up
Do88 Performance Intake Manifold w/ Integrate Charge Air Cooler - BMW...
For vehicles with the B58 Gen2 (B58TU) engine - Will not fit Gen1 or Gen3 (TU2) engines
affirm Starting At 0% APR - Subject To Eligibility. See Lending Terms
DO88 - Corporate Logo
T#:33846566
Part#: ICM-430-G
Ships on Jul 30, 2026
$ 3,734.99

This product was last offered at the strikethrough price on
04-18-2026

$ 3,211.99 USD
$ 3,211.99 USD
The DO88 Performance Charge Cooler represents a significant thermal management upgrade, engineered specifically for high-output applications where airflow volume and heat dissipation are critical. The system utilizes a premium 102 mm (4-inch) Bar & Plate core sourced from Garrett Motorsport, featuring a high-density fin architecture that maximizes heat transfer surface area while maintaining a low pressure drop. To ensure laminar flow and uniform air distribution across this core, the assembly employs CFD-optimized cast aluminum end tanks. This manufacturing approach allows for complex internal geometries that outperform traditional CNC-machined alternatives, prioritizing internal fluid dynamics and structural integrity under high-boost conditions over mere cosmetic appeal.
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