Dodge 2.0L SOHC Camshaft - 259HR8

The Dodge 2.0L SOHC Camshaft – 259HR8 by COMP CAMS is engineered for enthusiasts and mechanics seeking reliable valve train performance in 2.0-liter single-overhead-cam Dodge applications. This precision-ground camshaft controls the opening and closing of intake and exhaust valves with exact timing, directly influencing engine efficiency, fuel economy, and overall drivability. Whether you're rebuilding an engine after high mileage, restoring a classic Dodge platform, or upgrading worn OEM components, the 259HR8 delivers the durability and repeatability expected from COMP CAMS' reputation in the performance automotive market.

COMP CAMS manufactures this camshaft to exacting tolerances, ensuring proper lobe geometry and contact surfaces that work seamlessly with your engine's lifter system and rocker arms. The valve timing profile is calibrated to optimize the breathing cycle at both idle and mid-range RPM, promoting consistent power delivery without sacrificing reliability. Weighing 7.35 lbs and dimensioned at 2.75 x 2.75 x 24.25 inches, it integrates seamlessly into the tight SOHC engine bay of Dodge 2.0L platforms. The hardened steel construction resists wear from repeated cycling, extending service life and reducing the likelihood of lobe wear that can rob performance and increase valve lash over time.

This camshaft is ideal for DIY rebuilds, professional shop installations, and engine swaps requiring OEM-specification or performance-equivalent valve train components. Proper installation requires attention to valve clearance settings, timing mark alignment, and bearing preload during assembly—critical steps that ensure the camshaft operates within design parameters. Mechanics should verify compatibility with existing lifter sets and confirm that cylinder head work (valve seat angles, spring pressures) matches the 259HR8 specifications to avoid interference or accelerated wear. For Dodge 2.0L SOHC engines, this camshaft restores lost compression and valve control, delivering the engine's intended performance envelope.