Garrett 848054-6039 Vertical Flow Air-to-Air Intercooler Core 1100HP CA

Vehicle Fitment

• Universal intercooler core - not specific to any vehicle
• Designed for custom turbocharged performance and forced-induction applications

Features

• High-performance air-to-air intercooler core
• Vertical flow design for efficient heat dissipation
• Supports up to ~1100 HP in high-boost applications
• Bar-and-plate construction for strength and airflow efficiency
• Advanced fin geometry for improved charge air cooling
• High-strength aluminum alloy core
• Suitable for performance street, racing, or custom setups
• Ready for end-tank assembly and custom piping

Specifications

• Brand: Garrett
• Part Number: 848054-6039
• Intercooler Type: Air-to-Air (CAC) core - vertical flow
• Supported Horsepower: ~1100 HP
• Core Hot Flow Length: ~12.0 in (305 mm)
• Core No Flow Height: ~22.4 in (568 mm)
• Core Cold Flow Width: ~4.5 in (114 mm)
• Material: High-strength aluminum alloy
• Construction: Bar-and-plate core

Included Components

• 1x Garrett 848054-6039 intercooler core
• Note: End tanks, mounting hardware, and piping not included

Product Description

The Garrett 848054-6039 Vertical Flow Air-to-Air Intercooler Core is a high-capacity charge air cooler engineered for turbocharged and forced-induction performance applications targeting up to approximately **1100 HP**. Its vertical flow bar-and-plate design promotes efficient heat transfer and reduced intake air temperatures under high-boost conditions, helping maintain denser charge air for improved power and throttle response.

Constructed from **high-strength aluminum alloy** with advanced fin geometry, this intercooler core is built to handle the heat and pressure demands of high-output turbo systems. As a **universal component**, it is intended for custom intercooler builds where specific end tanks and plumbing are chosen to match the vehicle's layout and performance goals. Its large core size and high horsepower rating make it ideal for race cars, high-boost street builds, and other applications where maximizing charge cooling efficiency is critical.