Drift Radiator Module (Universal Rear Mount, Closed, Side Ports, Fittings Opposite Tank 31.5"x18.5") -Double Pass, Dual 14" Brushless SPAL Fans
Introducing the Drift Radiator, the ultimate cooling solution for a wide variety of high-performance drift cars! This radiator boasts a dual pass core with AN-20 female inlets and outlets, and AN-12 drain ports with plugs for easy draining of coolant, regardless of the mounting position. The universal drift radiator boasts superior strength and heat dissipation capabilities compared to our competitors thanks to its engineered tubes and louvered R-Fin technology.
These fans are variable in speed, meaning they work in tandem with your radiator coolant temp sensor or your ECM to use the right amount of current draw instead of maximum current draw all the time, unlike a brushed fan. With less strain on your electrical system and increased longevity of your fans, you get optimal performance without compromising reliability. With brushless fans, you can stop worrying about your coolant temps during staging and start focusing more on how you will execute your next run.
Features:
High-quality construction and unbeatable performance
Handcrafted and Tig welded in the USA
Radiator Overall Dimensions w/ Fans:
Overall Height: 18.5 in
Overall Width: 31.5 in
Overall Depth: 6.05 in
Core thickness: 2.17 in / 55mm
AN-20 Female inlets & Outlets
AN-12 Drain ports w/ plugs
Specifications:
Radiator Style: Crossflow
Number of Passes: Double
Inlet Location: Upper Passenger Side
Inlet Size: -20 Port
Outlet Location: Lower Passenger Side
Outlet Size: -20 Port
Tube Size: N/A
Shipping Weight: 40 lbs
Shipping Dimensions: 38 x 13 x 27 Inch
Fans:
2x Spal 14 inch 500 W Brushless Fans, together rated at 4790 CFM
Spal fan Part number: IX-30107102
Note:
Please note that wiring for these fans is required, and you will need to call in for the required fan wiring. To optimize the performance of your radiator, we strongly advise against using coolant lines smaller than AN-20. Doing so may lead to restricted coolant flow, which can negatively impact the radiator?s efficiency and cause an increase in coolant temperatures.