Editor's Pick Howards Cams 190375-15 Gen Iii/iv Ls Hydraulic Roller Camshaft Shop The Look [pbzjWfsq]

High-Performance Howards Cams Hydraulic Roller Camshaft

Introducing the Editor's Pick Howards Cams 190375-15 Gen Iii/iv Ls Hydraulic Roller Camshaft Shop The Look [pbzjWfsq], a top-tier component designed for those seeking peak performance for their Gen III/IV LS engines from 1997 to the present. This camshaft is crafted with precision for both street and strip use, ensuring a seamless transition between everyday driving and high-performance demands. Its Cathedral Port Cylinder Head compatibility makes it a perfect match for those aiming to unlock the full potential of their engines.

Engineered for Power and Precision

The Howards Cams 190375-15 camshaft is tailored for a broad power range, delivering exceptional performance at various RPMs, from 1800 to 6800. With valve lift intake of .609 and exhaust of .604, this cam offers a robust and responsive feel. The intake duration of 274 degrees and exhaust duration of 280 degrees ensure optimal air flow, while the 115-degree lobe separation contributes to a smooth idle and high-rpm performance. The cam's specifications are complemented by a firing order of 1-8-7-2-6-5-4-3, ensuring a precise and reliable operation.

Optimized for Performance Enthusiasts

Designed for both daily driving and track performance, this camshaft is the ideal choice for enthusiasts looking to enhance their vehicle's power and efficiency. With a recommended 10.0:1+ compression ratio, aftermarket intake, and a 2200+ stall speed torque converter, the Howards Cams 190375-15 camshaft is the perfect complement to high-performance setups. The cam is made in the USA, guaranteeing quality and craftsmanship. Its compatibility with specific Howards lifters and valve spring sets ensures a seamless installation and a long-lasting performance. Upgrade your Gen III/IV LS engine today with the Editor's Pick Howards Cams 190375-15 Gen Iii/iv Ls Hydraulic Roller Camshaft Shop The Look [pbzjWfsq] and experience the ultimate in performance engineering.