The Ford F-150 & Raptor are both known for their rugged reliability and performance. However, even the best trucks have their limits. Whether you are towing, off-roading, or working in extreme conditions, coolant temperatures can spike causing you to overheat. This can lead to coolant system failures, power loss, or a myriad of other issues.

CSF partnered with Full-Race to develop high-performance radiators for the 2010-2025 Ford F-150 & Raptors. These all-aluminium radiators deliver the cooling and durability serious truck owners demand.

Why Every F-150 & Raptor Owner Should Upgrade

Upgraded cooling systems are not just for off-road rigs and big haulers. Even basic mods/upgrades like oversized tires can increase strain on your engine in adverse conditions. The CSF Radiator provides extra protection that:

• Extends engine life by maintaining optimal coolant temperatures
  
• Improves towing capacity by enhancing cooling efficiency
  
• Eliminates performance limitations during demanding driving conditions
  
• Provides peace of mind with superior construction and durability
  

Design & Engineering

When engine coolant overheats, performance suffers and you are forced to stop driving or risk a cooling system failure. CSF & Full-Race engineers identified this vulnerability during extensive real-world testing of F-150 and Raptor models under demanding conditions. Having to stop and wait for your engine to cool down is more than just an inconvenience, it is a limitation that shouldn’t exist in modern trucks. Especially not a Raptor.

An upgraded radiator helps eliminate the concern of overheating. These advanced designs feature larger 2-Row, 42mm aluminium cores which increase the fluid capacity of the radiators, and greatly improves heat dissipation. CSF’s Exclusive B-Tube Technology increases the heat transfer by approximately 15% over regular oval welded tubes. In addition, the ultra-efficient multi-louvered fins maximize airflow through the core for the best possible performance. The result is a dramatic temperature reduction under all driving conditions.

Key Features:

• 15-25% increase in heat transfer efficiency using CSF’s Exclusive B-Tube Technology
  
• Improved cooling performance to support high-boost, bigger-turbo, haulers, and rock crawlers
  
• Engineered to withstand extreme conditions, providing reliability where it matters most
  
• Designed to work seamlessly with factory or aftermarket transmission coolers, intercoolers, etc.
  

CSF #8094 (2010-2014 Raptor & F-150)

The factory radiators for the 12th Generation F-150s and 1st Gen Raptors were definitely ample for daily driving and even light towing. However, even the larger radiator on trucks with the Super Cooling Package can’t always keep up with hauling in adverse conditions and/or extreme off-roading. The CSF design offers:

• 30-90% larger core volume than the factory radiator
  
• 100% TIG welded Aluminium construction (compared to plastic end tanks crimped)
  
• Core straps for strength and added rigidity for extreme reliability in demanding conditions
  
• Perfect for daily driving, towing, and off-road adventures
  

Modular Design

CSF Designed the radiator with modular fittings for a larger application range. There are two fittings for the lower radiator connection. Simply match yours to one of the two options and screw it in place. There are two plugs and barb fittings as well for the two different reservoir designs. This allows you to set up the radiator to fit any factory configuration, as well as convert to a different type overflow/reservoir.

Make it a package

CSF offers a High-Performance Transmission Oil Cooler for the 2010-2014 F-150 & Raptor (CSF #8101) that perfectly compliments the upgraded Radiator. The CSF transmission oil cooler eliminates the concern of overheating. The advanced design features CSF’s proprietary AC Condenser Technology, utilizing a 1-Row Super­High Pressure 32mm 10-Channel Microtube architecture that maximizes both oil flow and cooling surface area. The result is dramatic temperature reduction under all driving conditions.