GReddy Oil Cooler Kit Evo

Applicable to various Evo models and engine configurations

Part #: 12034608

Overview

The GReddy Oil Cooler Kit Evo is a high-performance upgrade designed to enhance the cooling efficiency of your vehicle's engine oil system. Engine oil temperature management is crucial for maintaining optimal engine performance, reliability, and longevity, especially during hard driving, spirited street use, or demanding track sessions. This oil cooler kit is engineered for enthusiasts who seek to prevent overheating, reduce thermal stress on internal components, and ensure consistent oil pressure under extreme conditions.

Whether you're pushing your vehicle on the track, tackling aggressive canyon runs, or simply want to extend the lifespan of your engine components, this oil cooler kit provides a reliable solution. By improving oil cooling capacity, you'll help support increased horsepower and torque, as well as overall engine durability. The kit is designed for straightforward installation and is compatible with a variety of Evo models, making it an excellent addition for performance-minded drivers.

Key Features

The GReddy Oil Cooler Kit Evo incorporates advanced design features and high-quality materials to deliver superior cooling performance and durability. Key features include:

• High-efficiency inner-fin core design that maximizes heat transfer and cooling capacity, helping to maintain optimal oil temperatures during demanding driving conditions.
• Constructed with a robust, lightweight aluminum core that offers excellent thermal conductivity and resistance to corrosion, ensuring long-lasting performance.
• Compact, tube-and-fin construction that fits seamlessly into the engine bay without sacrificing clearance or aesthetics.
• Includes high-quality braided steel oil lines and fittings for reliable, leak-free operation and ease of installation.
• Designed to work with factory oil filters and mounting points, providing a bolt-on upgrade with minimal modifications required.
• Enhanced cooling efficiency over factory oil coolers, especially in harsh environments or during extended spirited driving sessions.
• Optimized for street, track, and off-road applications where engine oil temperature management is critical.
• Manufactured by GReddy, a trusted name in performance automotive parts, ensuring quality and performance standards are met.

Construction & Design

The GReddy Oil Cooler Kit Evo features a high-grade aluminum core with an inner-fin design that promotes maximum heat dissipation. The core is TIG-welded for structural integrity and precision, ensuring durability under extreme conditions. The compact size allows for versatile installation options within the engine bay, while the lightweight construction helps maintain vehicle balance and handling. The included braided steel lines are resistant to abrasion and high temperatures, providing a secure connection between the oil cooler and the engine. Overall, the design emphasizes efficient heat transfer, ease of installation, and long-term reliability.

Installation & Fitment

The GReddy Oil Cooler Kit Evo is designed for a straightforward, bolt-on installation. It utilizes existing factory mounting points and requires minimal modifications, making it suitable for DIY enthusiasts and professional installers alike. No cutting, drilling, or tuning is typically necessary, although it is recommended to follow the included instructions carefully. The kit includes all necessary hardware, fittings, and lines for a complete upgrade. Proper installation ensures optimal performance and longevity of the oil cooling system.

What's Included

• High-performance aluminum oil cooler core
• Braided steel oil lines with fittings
• Mounting brackets and hardware
• Installation instructions

Ideal For

• Performance enthusiasts seeking improved engine cooling
• Track day drivers and racers needing reliable oil temperature management
• Off-road adventurers operating in harsh environments
• Anyone looking to extend the lifespan of their engine components by reducing thermal stress