CSF Cooling Radiator 7074 for Mazda Miata ND 2016-2022, Aluminum, Single Pass with Passenger Side Inlet and Driver Side Outlet

The CSF Cooling Radiator Part Number 7074 is designed specifically for Mazda Miata ND models from 2016 to 2022. Crafted from durable aluminum, this radiator features a polished finish that enhances both the appearance and corrosion resistance of your vehicle. Its compact dimensions of approximately 21.7 inches in width, 15.3 inches in height, and 1.25 inches in depth make it suitable for efficient cooling performance in a lightweight, single-pass configuration. The radiator's design includes a passenger side inlet and a driver side outlet, facilitating optimal coolant flow and heat dissipation for enhanced engine cooling efficiency. This component is an essential replacement part to maintain optimal engine temperature and prevent overheating during demanding driving conditions. Easy to install, the CSF radiator ensures reliable cooling performance for Mazda Miata ND owners seeking a high-quality aftermarket upgrade. Suitable for both daily driving and performance applications, this radiator helps improve engine longevity and overall vehicle reliability. Engineered and verified for compatibility with Mazda Miata ND models, this radiator adheres to strict manufacturing standards for durability and performance. Whether you're restoring a vehicle or upgrading your cooling system, the CSF Cooling Radiator offers a trusted solution for maintaining optimal engine temperatures in your Mazda Miata. This product does not have air restrictions and is not limited to truck freight, ensuring broad compatibility and ease of shipping to various locations.

Features:

• Constructed from high-quality aluminum with a polished finish for durability and corrosion resistance

• Designed specifically for Mazda Miata ND models from 2016 to 2022

• Single-pass cooling design for efficient heat transfer

• Passenger side inlet and driver side outlet for optimal coolant flow

• Compact dimensions suitable for efficient cooling in a lightweight setup