Optimize your Kenworth T800’s cooling performance with the Kustom Truck Parts Radiator and Charge Air Cooler Tubes Kit, precision-engineered for 2008 and newer models with external breathers and Cummins ISX CM570 engines. Crafted from premium 304 stainless steel in mill or polished finish, this OEM-quality kit includes right and left charge air cooler (CAC) tubes, plus upper and lower radiator tubes, ensuring efficient airflow and coolant flow with corrosion resistance. Tailored for engine conversions, it features precise configurations: the right CAC tube pairs with a 4" 90-degree turbo outlet elbow (Kustom Truck P/N 99202035 or similar), the left CAC tube aligns with a 90-degree intake elbow with a forward/slightly upward inlet (OEM P/N 4026517 or similar), the upper radiator tube fits a vertical-facing thermostat housing outlet, and the lower radiator tube matches a 2.5" water pump outlet. Designed specifically for T800 trucks with external breathers, this kit is ideal for mechanics and truck owners, blending durability and style for heavy-duty diesel applications.
Kit Includes:
- (1) Right-Side Charge Air Cooler Tube – 304 Stainless Steel (Mill or Polished Finish)
- (1) Left-Side Charge Air Cooler Tube – 304 Stainless Steel (Mill or Polished Finish)
- (1) Upper Radiator Tube – 304 Stainless Steel (Mill or Polished Finish)
- (1) Lower Radiator Tube – 304 Stainless Steel (Mill or Polished Finish)
Key Features:
- OEM-grade 304 stainless steel in mill or polished finish for durability and aesthetic appeal
- Designed for 2008+ Kenworth T800 with external breathers and Cummins ISX CM570 engines
- Right CAC tube for 4" 90-degree turbo elbow (Kustom Truck P/N 99202035 or similar)
- Left CAC tube for 90-degree intake elbow (OEM P/N 4026517 or similar)
- Upper/lower radiator tubes for vertical thermostat housing and 2.5" water pump outlet
- Tailored for external breather configurations only
- Perfect for engine swaps and cooling system upgrades
Upgrade your T800’s cooling efficiency with Kustom Truck Parts’ trusted quality and precision engineering.
