What is the purpose of the long fin design on this reservoir?

The long fin design increases the surface area of the reservoir. This helps to dissipate heat more effectively, which is important for maintaining optimal fluid temperatures in forced induction systems.

How does this reservoir attach to other components?

This reservoir assembly features snap ring grooves on both ends. You will need to use appropriate snap rings to securely mount it to the associated lines or components in your system.

What type of system is this reservoir typically used in?

This reservoir is designed for forced induction systems, such as those using turbochargers or superchargers. Its function is to manage and cool associated fluids under high-performance conditions.

King Shocks 2.5 PR Reservoir Assembly 25111-118

Name: King Shocks Long Fin Res Assembly 2.5 PR 12.75in Long 2.93in OD Snap Ring Groove Both Ends
Brand: King Shocks
SKU: king-shocks-king-shocks-long-fin-res-assembly-2-5-pr-12-75in-long-2-93in-od-snap-t14-319758
Price: 329.57 USD
Availability: BackOrder

King Shocks Long Fin Res Assembly 2.5 PR 12.75in Long 2.93in OD Snap Ring Groove Both Ends

$329.57

On Backorder

Order now to reserve yours — we'll ship as soon as stock arrives. Full refund if we're unable to fulfill.

King Shocks 2.5 PR reservoir assembly with long fin design. Features snap ring grooves on both ends for secure mounting.

Key Features

This product is the King Shocks 2.5 PR reservoir assembly.
It measures 12.75 inches in length and has a 2.93-inch outer diameter.
Features a long fin design to aid in heat dissipation.
Includes snap ring grooves on both ends for secure mounting.

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Product Details

This product is the King Shocks 2.5 PR reservoir assembly, measuring 12.75 inches long with a 2.93-inch outer diameter. It comes with snap ring grooves on both ends, which are crucial for securely mounting the reservoir to its associated components. This specific design is often used in forced induction systems where managing heat and fluid is critical for performance.

The long fin design on this reservoir helps to increase the surface area available for heat dissipation. This is important because as your turbo or supercharger works harder, it generates more heat, and efficient cooling of the associated fluids can help maintain optimal operating temperatures and prevent performance fade. The robust construction from King Shocks means this assembly is well-built to handle the demands of a high-performance engine bay.

When installing this reservoir, ensure you have the correct snap rings and that the mounting points are clean and free of debris. Proper installation is key to ensuring the reservoir stays securely in place and functions as intended, helping to keep your forced induction system running smoothly.