Enhance your Caterpillar C10 or C12 engine with the Kustom Truck Right Side Air Intake Elbow Kit, designed for reliable airflow in trucks with external air cleaners. Crafted from durable 304 stainless steel, this elbow is available in mill or polished finish, offering both functionality and a sleek appearance to suit your style. It mounts to the air intake manifold on the passenger side of the engine and connects to the left-side charge air cooler (CAC) tube, ensuring optimal performance and corrosion resistance. The kit includes a right-side CAC elbow, an intake elbow gasket, and Genuine Caterpillar hardware (four 3/8" bolts and four 3/8" flat washers) for secure installation. Ideal for Class 8 trucks such as Peterbilt, Kenworth, or Freightliner, this kit is perfect for mechanics and fleet owners upgrading or maintaining their engine’s air intake system in custom builds or fleet applications. Note: This kit is for trucks with external air cleaners; confirm compatibility with your Caterpillar C10 or C12 engine by contacting Kustom Truck.
Kit Includes:
- (1) Right Side CAC Elbow – 304 Stainless Steel, Mill or Polished Finish (as selected)
- (1) Intake Elbow Gasket
- (4) 3/8" Bolts – Genuine Caterpillar
- (4) 3/8" Flat Washers – Genuine Caterpillar
Key Features:
- Designed for Caterpillar C10 and C12 engines, right-side (passenger side) air intake
- Connects air intake manifold to left-side charge air cooler (CAC) tube
- Made from 304 stainless steel, available in mill or polished finish for durability and style
- Includes intake elbow gasket and Genuine Caterpillar hardware (3/8" bolts and washers)
- Compatible with trucks equipped with external air cleaners
- Enhances airflow performance in Class 8 trucks (e.g., Peterbilt, Kenworth, Freightliner)
- Confirm fitment with Kustom Truck for your specific Caterpillar C10 or C12 engine
- Ideal for custom builds and fleet air intake system upgrades
Upgrade your Caterpillar C10 or C12 engine with Kustom Truck Parts’ precision-engineered air intake elbow kit, trusted for quality and performance.
