CSF High-Performance Radiator for Tacoma (2005-2023)

Built for adventure and engineered to handle extreme conditions, the CSF High-Performance Radiator is the ultimate cooling upgrade for your Toyota Tacoma. Whether you’re loading up surfboards, heading deep into the desert, or crawling through muddy trails, this all-aluminum radiator is designed to keep engine temperatures under control when the factory unit simply can’t keep up. With significantly increased capacity, race-proven construction, and true drop-in fitment, this is a must-have reliability upgrade for both daily drivers and hard-used off-road builds.

• Cooling Upgrade: Designed to address the known limitations of the factory radiator under heavy load and extreme conditions.
• Installation: Direct drop-in replacement—no cutting or modification required.
• Warranty: Backed by CSF’s 2-year limited warranty.

• Construction: 100% TIG-welded, all-aluminum design for superior durability over OEM plastic end tanks.
• Core Design: 2-row 42mm core provides over 50% more cooling capacity than the factory 27mm single-row radiator.
• B-Tube Technology: CSF’s exclusive B-Tube design increases heat dissipation by approximately 15% compared to standard tubes.
• Fins: Multi-louvered fins maximize airflow through the radiator core for improved thermal efficiency.
• Reliability: Designed to withstand extreme heat, off-road debris, mud, and sustained high-load driving.
• Finish: Hand-polished mirror finish for corrosion resistance and premium appearance.
• Fitment Style: True plug-and-play OEM-style replacement.

• Core Thickness: 42mm
• Core Type: 2-Row B-Tube Aluminum Core
• Material: All Aluminum
• Manufacturing: Fully TIG-welded

• Toyota Tacoma 2005–2015
  • Engines: 4.0L V6, 2.4L
• Toyota Tacoma 2016–2023
  • Engines: 3.5L V6, 2.7L

• Increased Capacity: Handles towing, off-road use, and extreme climates with ease.
• OEM Weak Point Solved: Eliminates failure-prone plastic tanks found on factory radiators.
• Peace of Mind: Designed for Tacomas that are driven hard and expected to perform anywhere.