Engine Components

Featuring a quicker valve opening, the Xtreme Energy camshaft profile provides increased responsiveness and more area under the lift curve than older, slower grinds. Designed to increase performance...

Mechanical Roller-Baseline 340 Super stock cam. Call for other available super stock grinds.CatalogUser 1

Hydraulic: Best all-around street/strip Cam with the performance sound of the sixties and early seventies. 2500+ stall with 9.5:1 comp.CatalogUser 1

Hydraulic Roller: High performance Cam for 360. Will require computer modifications.CatalogUser 1

Street/strip, needs 9.5:1 compression, 2800+ stall, intake, gears and headers, very rough idle.CatalogUser 1

An older member of the COMP Cams grind family, the Magnum series of camshafts offers excellent performance gains over stock without the added wear and tear associated with more aggressive camshafts...

Xtreme Energy Hi-Lift 251/257 Hydraulic Flat Tappet Cam for Chrysler 273-360. Max effort street/bracket Race cam. Likes ported heads and single plane Intakes, 3500+ stall with 10:1 compression...

Ideal for use with mainly stock components like rocker arms, intake manifolds, cylinder heads, compression ratio, torque converters and rear gear ratios, the High Energy camshaft grind family is a...

they are designed for Ford Mustang firing order. To use on F-150, the firing order must be updated from 1-5-4-2-6-3-7-8 to the Mustang Firing order 1-3-7-2-6-5-4-8.CatalogUser 1This Part Fits:

XFI NSR (No Springs Required) Hydraulic Roller Swinging/Finger Follower Camshafts. DOHC - Big power gains in mid to upper RPM range, especially above 4900 RPM. Requires Cam phaser limiter kit Part...

The Comp Cams Ultra ARC Aluminum Series Rocker Arms increase engine power, improve valvetrain stability, and enhance oiling efficiency. Their extruded design—developed using FEA analysis—creates a...

The Comp Cams Ultra ARC Aluminum Series Rocker Arms increase engine power, improve valvetrain stability, and enhance oiling efficiency. Their extruded design—developed using FEA analysis—creates a...