Vibrant Performance 12833 Intercooler Core 17.75"x9.85"x3.5" Horizontal Flow

Vehicle Fitment

• Universal application - fits any vehicle or custom forced-induction setup requiring an air-to-air intercooler core

Features

• Horizontal-flow air-to-air intercooler core for bespoke turbo plumbing
• Heavy-duty bar and plate construction for maximum cooling efficiency
• Optimized louvered fin design increases surface area and heat dissipation
• Minimizes pressure drop while delivering denser intake air for power gains
• Aluminum core is lightweight yet strong and capable of high-boost use
• Cleaned and ready to weld into custom intercooler assemblies
• Suitable for street, track, and race applications up to ~515 HP capacity
• Universal design - not vehicle specific for wide fabrication flexibility

Specifications

• Part Number: 12833
• Brand: Vibrant Performance
• Core Type: Intercooler core (horizontal flow)
• Core Width: ~17.75"
• Core Height: ~9.85"
• Core Thickness: ~3.50"
• Material: T6061 aluminum bar and plate
• Rated for ~515 HP intercooler applications

Included Components

• 1x Vibrant Performance 12833 intercooler core

Product Description

The Vibrant Performance 12833 Intercooler Core is a universal, high-performance charge-air cooling component designed for custom forced-induction systems. Its heavy-duty bar and plate construction with a horizontal-flow design enhances cooling efficiency and minimizes pressure drop, helping deliver cooler, denser intake air for turbo and supercharged engines. The optimized louvered fin layout increases heat dissipation surface area, making this core a robust choice for street, track, and high-boost applications.

Measuring approximately 17.75" wide by 9.85" tall and 3.50" thick, the 12833 core is cleaned and prepped for welding into custom intercooler assemblies or pairing with aftermarket end tanks. Its universal fitment makes it ideal for custom fabrication work where packaging or specific vehicle fit isn't predetermined. This intercooler core delivers performance improvements across a broad range of forced-induction builds seeking reliable charge-air cooling and enhanced power potential.