What is the primary function of this reservoir assembly?

This reservoir assembly works with your shock absorbers to hold extra shock fluid. The long fin design helps to dissipate heat generated during operation, which can lead to more consistent damping performance.

What material is this reservoir assembly made from?

The reservoir assembly is constructed from aluminum, offering a good balance of strength and weight for performance applications.

How does this reservoir attach to the shock?

It features a threaded end that screws onto the shock body and a snap ring groove to ensure it stays securely in place during operation.

King Shocks Long Fin Res Assembly 2.5 PR 9in Long 2.93in OD Thread & Snap Ring Groove

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King Shocks

Specifications

Brand: King Shocks
Part #: 25111-172

King Shocks

King Shocks Long Fin Res Assembly 2.5 PR 9in Long 2.93in OD Thread & Snap Ring Groove

Name: King Shocks Long Fin Res Assembly 2.5 PR 9in Long 2.93in OD Thread & Snap Ring Groove
Brand: King Shocks
Price: 329.57 USD
Availability: InStock

$329.57

King Shocks 2.5 PR reservoir assembly. Well-built aluminum construction for your forced induction system.

Key Features

This product is the King Shocks 2.5 PR reservoir assembly.
It has a 9-inch long body.
The reservoir has a 2.93-inch outer diameter.
Features a threaded end with a snap ring groove for secure mounting.
Designed for use with 2.5-inch diameter shocks.
The long fin design aids in heat dissipation.

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Product Details

This product is the King Shocks 2.5 PR reservoir assembly, part number 25111-172. It features a 9-inch long body with a 2.93-inch outer diameter and a threaded end with a snap ring groove, designed for use with 2.5-inch diameter shocks. The long fin design helps dissipate heat more effectively, which is crucial for maintaining consistent damping performance under demanding conditions.

Constructed from durable aluminum, this reservoir assembly is built to withstand the rigors of off-road or high-performance driving. The threaded end allows for secure attachment to your shock body, while the snap ring groove ensures it stays in place. Proper heat management is key for shock absorbers, especially in applications where they are worked hard, and this design aims to improve that aspect.