CSF Ferrari 488 / Pista / F8 Twin Intercooler Set - Thermal Dispersion Black

The CSF Ferrari 488 / Pista / F8 Twin Intercooler Set in Thermal Dispersion Black represents a pinnacle in high-performance cooling technology, meticulously engineered to meet the demanding requirements of tuned Ferrari 3.9L V8 turbocharged engines. Recognizing the challenges posed by elevated Intake Air Temperatures (IATs) inherent in factory turbocharged setups producing approximately 35 PSI of boost, CSF has developed a solution that enhances thermal management without compromising fitment or reliability.

Designed as a direct OEM replacement, these intercoolers integrate seamlessly with the Ferrari 488, 488 Pista, 488 Spider, 488 Pista Spider, F8 Spider, and F8 Tributo models from 2016 through 2022. The engineering focus ensures that installation requires no modifications, utilizing all factory mounting points, shrouds, and fans for a true "drop-in fitment." This approach guarantees that vehicle integrity and factory standards are maintained, while delivering superior cooling efficiency.

One of the most significant engineering challenges addressed by CSF is the limitation of intercooler size due to the confined space within the engine bay. Rather than increasing physical dimensions, CSF collaborates with PWR, a leader in motorsport cooling solutions, to employ ultra-efficient intercooler cores. These cores feature two rows of rolled cooling tubes with inner fins, a design derived from PWR’s extensive experience supplying Formula-1 race teams. This advanced core technology ensures maximum heat dissipation, effectively eliminating heat soak and reducing IATs more efficiently than conventional Bar & Plate or Tube & Fin designs.

The benefits of this design are substantial for high-performance driving and racing conditions. By maintaining lower intake air temperatures, the intercoolers facilitate improved combustion efficiency, enhanced power output, and consistent performance during extended periods of high load. This is particularly critical for vehicles subjected to increased boost pressures from aftermarket tuning or upgraded turbochargers.

Constructed with 100% TIG-welded machined billet aluminum end tanks, the CSF intercoolers combine durability with refined aesthetics. The CNC-machined billet end tanks are engineered to withstand the rigors of high-pressure applications, ensuring longevity and reliability under demanding conditions. The Thermal Dispersion Black finish not only provides a professional and sleek appearance but also contributes to improved heat dissipation characteristics. For those preferring a different aesthetic, a raw billet aluminum finish option is also available (CSF #8210).

Key Features

• Sold as a pair (Left & Right Intercoolers) to ensure balanced performance
• Effectively eliminates heat soak and reduces Intake Air Temperatures (IATs) for optimal engine performance under high-stress conditions
• Incorporates Formula-1 performance-grade cores by PWR, featuring 2-row rolled tubes with inner fins for superior thermal efficiency
• 100% TIG welded CNC machined billet aluminum end tanks provide maximum strength and durability
• Manufactured in the USA at PWR North America, adhering to strict quality control standards
• OEM-style inlet and outlet connections ensure precise compatibility with all factory components
• Finished with a Thermal Black Heat Dispersion coating for enhanced thermal management and professional appearance
• Precision-machined integrated BPV/BOV connection for seamless integration with factory boost control systems
• High-density foam installed to replicate OEM fit and finish, ensuring airtight sealing and vibration reduction
• Integrated OEM-style fan shroud maintains factory airflow dynamics and cooling performance
• True plug-and-play "drop-in fit" installation requires no cutting, trimming, or other modifications
• Extensive research and development, along with performance testing, conducted in partnership with industry-leading tuning companies such as M-Engineering, World Motorsports, and Voodoo Design

Applications

OEM Part Numbers

• Ferrari: 328422 *Right
• Ferrari: 328423 *Left

Unless explicitly stated otherwise, all products sold by R44 Performance Limited are designated RACE ONLY and are solely for competition or off-road use limited to racing formally sanctioned by a recognized racing organization. Any other use, including recreational off-road use, may violate local, state, and Federal laws. R44 Performance Limited does not implicitly or explicitly confirm the legality of using any products it sells on public roads; that is entirely the responsibility of the consumer.

It is the responsibility of the customer to check with all federal, state local and environmental laws before ordering and installing a product. R44 Performance Limited is not responsible for any fees, fines or costs that a customer may incur as a result of failing to check with federal, state, local or environmental laws before ordering and installing a product.

We get a large number of custom orders and requests everyday, so as a result it is not always possible for us to keep every item in stock at all times in our warehouse. If you require the item urgently please contact our sales team here to check the stock before you make your purchase.

We totally understand if you're not certain a part will be compatible with your car, so we highly recommend contacting us here with your query. Our friendly sales team will then be in touch to confirm if this part is the correct part you are looking for.

All in stock products ship the same day if ordered before 2pm GMT

For out of stock items we will contact you with an estimated wait time if not otherwise specified above.

We offer worldwide shipping on all products. If upon receiving your product you wish to return; we offer a 30-day returns policy. For our in-depth returns information please follow the link. "R44 Returns Policy

All of our products come with a standard warranty of 1-3 years. This is dependant on the type of product however. For more details please see our warranty page here.