Vibrant Performance 12866 Intercooler Core 22"x11"x6" Vertical Flow Universal

Vehicle Fitment

• Universal application - fits any vehicle or custom forced-induction intercooler setup

Features

• Vertical-flow air-to-air intercooler core for improved charge-air cooling
• Heavy-duty bar and plate construction optimizes heat dissipation and strength
• Louvered fin design increases surface area for enhanced cooling efficiency
• Offset fin structure on charge path reduces pressure drop
• Aluminum core offers lightweight durability for performance builds
• Large core size supports high-boost and race applications
• Clean core - ready for integration with custom end tanks or piping
• Universal design - not tied to any specific make, model, or year

Specifications

• Part Number: 12866
• Brand: Vibrant Performance
• Core Type: Vertical-flow air-to-air intercooler core
• Core Width: ~22.00" (559 mm)
• Core Height: ~11.00" (280 mm)
• Core Thickness: ~6.00" (152 mm)
• Material: 6061 aluminum bar and plate
• Approximate HP Capacity: ~1300 HP class intercooler core

Included Components

• 1x vertical-flow intercooler core (12866)

Product Description

The Vibrant Performance 12866 Vertical-Flow Intercooler Core is a universal, high-performance charge-air cooling component designed for custom forced-induction systems. Its large 22" wide by 11" tall and 6" thick bar and plate core delivers excellent cooling efficiency and structural durability for turbocharged or supercharged engines. The vertical-flow design and optimized fin layout help reduce pressure drop while increasing heat dissipation, providing cooler, denser intake air for improved throttle response and power potential.

Constructed from robust 6061 aluminum, the 12866 intercooler core is ready to be integrated into custom end tanks or bespoke intercooler assemblies for a wide range of performance applications. Its universal design - not specific to any vehicle make, model, or year - makes it ideal for fabrication projects, race builds, or street cars where enhanced charge-air cooling efficiency is desired.