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CSF Auxiliary Center Radiator | Porsche Cayman/Boxster/Carrera (991/981)

CSF Auxiliary Center Radiator | Porsche Cayman/Boxster/Carrera (991/981)

SKU:7060

In stock

Regular price $499.00 USD
Regular price $545.00 USD Sale price $499.00 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The CSF Auxiliary Center Radiator is a high-performance cooling component designed specifically for Porsche Cayman, Boxster, and Carrera models (991/981). Engineered to improve thermal management, this auxiliary radiator helps maintain optimal engine temperatures during intense driving conditions. Constructed with durable materials and an efficient design, it enhances cooling capacity and supports the vehicle’s overall performance. Its robust build ensures reliable operation under demanding circumstances, making it an ideal upgrade for enthusiasts seeking improved heat dissipation and engine longevity.

This universal fitment part is suitable for Porsche models within the 991 and 981 chassis codes. It is intended for use in applications requiring enhanced cooling, such as track days or spirited driving, and serves as a direct replacement or upgrade for the factory auxiliary radiator. Installation is straightforward, typically involving bolt-on mounting. The kit includes the necessary components to facilitate a seamless upgrade, ensuring compatibility with the specified Porsche models and supporting optimal thermal performance during high-stress driving scenarios.

Overview

CSF Auxiliary Center Radiator

Part #: 7060

Overview

The CSF Auxiliary Center Radiator is a high-performance cooling component designed to enhance the thermal management of your Porsche Cayman, Boxster, or Carrera (991/981). Crafted for enthusiasts and professionals seeking reliable cooling solutions, this auxiliary radiator helps maintain optimal engine temperatures during demanding driving conditions. Its robust construction and efficient design support the vehicle’s cooling system, ensuring consistent performance and durability over time. Whether you're upgrading for track days or improving daily reliability, this radiator provides a practical solution to prevent overheating and extend engine life.

Key Features

This auxiliary radiator features a precision-engineered core designed for maximum heat dissipation and durability. Constructed from high-quality materials, it offers excellent corrosion resistance and thermal conductivity. The compact, lightweight design allows for straightforward installation without compromising space or airflow. Its enhanced fin design improves cooling efficiency, supporting your vehicle’s cooling system under high-stress conditions. The radiator’s sturdy end tanks and seamless welds ensure long-lasting performance, making it a dependable upgrade for your Porsche’s cooling system.

Construction & Design

Built with a high-grade aluminum core, the CSF Auxiliary Center Radiator combines lightweight strength with superior heat transfer capabilities. The precision-machined end tanks and seamless welds contribute to its structural integrity, ensuring reliable operation even under extreme conditions. The design emphasizes efficient airflow and heat dissipation, helping to keep your engine running at optimal temperatures.

Installation & Fitment

Installation involves replacing or supplementing your vehicle’s existing cooling components with this auxiliary radiator. While designed for straightforward bolt-on installation, verifying fitment against your specific Porsche model and engine configuration is recommended. Proper mounting and secure connections are essential for optimal performance.

What’s Included

The package includes the CSF Auxiliary Center Radiator, mounting hardware, and installation instructions to facilitate a seamless upgrade process.

Ideal For

Perfect for Porsche owners looking to improve cooling efficiency during high-performance driving, track use, or extended daily driving. This radiator is an excellent choice for those seeking a durable, reliable upgrade to support their vehicle’s cooling system under demanding conditions.
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