New High Capacity Low Temp Radiator from ROUSH Performance

Brian Wagner
•
January 13, 2014

ROUSH

Keeping the air that comes into your boosted engine nice and cool is key to helping keep power levels high. ROUSH Performance is now offering a high-capacity Low Temp Radiator (LTR) for the 2011-2014 supercharged 5.0L F-150 and the 6.2L Raptor trucks that helps lower air intake temperatures. This new radiator keeps the heat away with a 1900 ml capacity and lowered inlet air temperatures by 27 degrees during steady driving.  

Official Release:

Get Your Cool On — Larger LTR For ROUSH Supercharged F-150 and Raptor

High Capacity Low Temp Radiator from ROUSH Performance provides better cooling for ROUSH-supercharged 2011-2014 5.0L F-150 and 6.2L Raptor trucks

One of the biggest enemies to a vehicle’s power is heat. This is especially an issue for supercharged applications, where a lot of power (and heat) is generated very quickly. Heat makes air less dense, which means that it has less power-enabling oxygen per unit volume. Furthermore, modern day vehicles surrender even more power when things get hot — they are programmed to do this in an effort to protect the engine against over-heating. The new Low Temp Radiator (LTR) from ROUSH Performance helps stave off power-robbing heat with an even larger capacity and thickness — it has over twice the capacity and is over twice as thick as the previous ROUSH LTR.

Features: 

  •  Works with 2011-2014 5.0L F-150 and 6.2L Raptor trucks that are equipped with a ROUSH supercharger 
  •  Direct replacement for current, full-face LTR 
  •  Simple bolt-in LTR that can be integrated with the current lower / smaller LTR 
  •  LTR painted black with ROUSH logo painted silver across the middle 
  •  LTR capacity: 1900 ml 
  •  Core thickness: 40 mm
  •  Full-face, all-aluminum design to keep the intercooler water temperature cool
  •  Manifold Charge Temperatures (MCT) drop by 45 degrees Fahrenheit when running the dual LTR set-up during WOT (wide-open throttle) runs
  •  During steady state driving tests, dual LTRs shown on average to reduce inlet air temperatures by 27 degrees Fahrenheit over Lower LTR-only usage
  •  Dual LTRs provide more efficient air cooling and increases heat transfer area, which results in lower intercooler water temperatures and provides superior air charge cooling