Garrett 703518-6005 Air-to-Air Intercooler Core 24x12.1x3 900HP

Vehicle Fitment

• Universal air-to-air intercooler core for custom installations
• Suitable for high-boost and high-horsepower turbocharged engines

Features

• High-efficiency bar & plate intercooler core for superior cooling
• Supports applications up to approximately 900 HP
• Advanced tube and fin design for effective heat dissipation
• Durable aluminum construction for strength and longevity
• Horizontal air flow core design for consistent performance
• Engineered for high boost pressures and extreme duty
• Universal core allows custom end-tank and piping integration
• Ideal upgrade for performance builds and racing applications

Specifications

• Brand: Garrett
• Part Number: 703518-6005
• Type: Air-to-Air Intercooler Core
• Dimensions: 24.00" (hot flow) x 12.10" (no flow) x 3.00" (cold flow)
• Horsepower Rating: ~900 HP
• Core Material: Aluminum bar & plate
• Flow Orientation: Horizontal intercooler core

Included Components

• 1x Garrett 703518-6005 air-to-air intercooler core
• Note: Custom end tanks, hoses, and mounting hardware not included

Product Description

The Garrett 703518-6005 Air-to-Air Intercooler Core is designed for performance turbocharged engines where superior charge air cooling is required. With dimensions of approximately 24.00" x 12.10" x 3.00", this core efficiently lowers intake air temperatures to increase air density and support power levels of around 900 HP in high-boost applications. Its bar & plate construction delivers robust performance with excellent heat dissipation and minimal pressure drop.

This universal intercooler core is ideal for custom intercooler assemblies in racing, high-performance street builds, or any turbocharged engine where a stock intercooler needs to be replaced or upgraded. Because this is the core only, it requires custom end tanks, piping, and mounting hardware to complete the intercooler system. Its design supports efficient airflow and heat exchange, helping engines maintain power under demanding conditions.