The Cam Motion CS 244/258 LS Supercharger Camshaft (244/258-117+5) is a high-performance hydraulic roller camshaft designed for LS engines equipped with centrifugal superchargers
The Cam Motion CS 224/240 LS Supercharger Camshaft (224/240-116+5) is engineered for moderate performance in LS engines equipped with centrifugal superchargers.
Cam Motion CS 216/232 Supercharger Camshaft (216/232-115+6) is a mild, street-friendly LS cam designed for centrifugal setups with strong mid-range torque and minimal mods.
The Cam Motion 6.0 Stage 2 LS Truck Camshaft (210/216-116+5) is a hydraulic roller camshaft designed for GM 6.0L LS-based Vortec engines, offering improved low-end torque and drivability.
The Cam Motion 5.3 Stage 2 LS Truck Camshaft (206/210-115+5) is a hydraulic roller camshaft designed for GM 5.3L LS-based Vortec engines, offering improved low-end torque and drivability.
Cam Motion VVT Phaser Lock for Dodge Hemi is a permanent VVT delete insert for Chrysler 5.7L, 6.2L, and 6.4L Gen 3 Hemi engines, required for non-VVT camshaft installations.
Cam Motion Titan King LLR LS7 Camshaft (247/263-113+3) is a solid roller cam for 7.0L LS7 engines with rectangle port heads, delivering maximum strip/race performance with a 247/263 duration and 113° LSA.
Cam Motion Titan 2 Gen 3 Hemi VVT-Style Camshaft (Late 5.7, 6.2 & 6.4) is a hydraulic roller cam with 227/235 duration, .618" lift, and 113.5° LSA, designed for improved midrange and upper RPM power with a performance idle.
Cam Motion Titan 1 Gen 3 Hemi VVT-Style Camshaft (Late 5.7, 6.2 & 6.4) is a hydraulic roller cam with 221/227 duration, .602" lift, and 114° LSA, enhancing midrange power and torque for Hemi engines with VVT.
Cam Motion Street King Stroker LLR LS Camshaft (247/259-110+4) is a solid roller cam for 402–418ci LS engines with rectangle port heads and single-plane intakes, delivering aggressive street/strip performance.
Cam Motion PD 244/260 LS Supercharger Camshaft (244/260-118+4) is a hydraulic roller cam designed for LS engines with positive displacement superchargers, offering strong performance with a 244/260 duration and 118° LSA.
Cam Motion PD 224/238 LS Supercharger Camshaft (224/238-118+4) is a hydraulic roller cam for 5.3–6.2L LS engines with positive displacement superchargers, offering strong mid-to-high RPM power for street performance.
Cam Motion PD 220/234 LS Supercharger Camshaft (220/234-118+4) is a hydraulic roller cam for 5.3–6.2L LS engines with positive displacement superchargers, optimized for street performance with strong mid-to-high RPM power.
Cam Motion LS Turbocharger Racing Low Lash Solid Roller Camshaft (3-Bolt) (247/252 118+4) is a high-performance camshaft for LS turbo engines, optimized for racing with strong upper RPM stability and enhanced valve train performance.
Cam Motion LS TT 227/237 Turbo LS Camshaft (227/237-116.5+4.5) is a hydraulic roller cam for twin-turbo LS engines, optimized for high-performance builds with strong mid-to-high RPM power.
Cam Motion LS TT 220/232 Turbo LS Camshaft (220/232-117+5) is a hydraulic roller cam for 4.8–6.2L twin-turbo LS engines, optimized for strong mid-range power with a 220/232 duration and 117° LSA.
Cam Motion LS Hot Street Supercharged Stroker (3-Bolt) (238/254 119+4) is a hydraulic roller cam for 402–427ci LS engines with positive displacement superchargers, offering strong street/strip performance with a 238/254 duration and 119° LSA.
Cam Motion LS Hardened Chrome-Moly Pushrods (3/8" diameter, .080" wall, 7.425" length) are durable, high-strength pushrods designed for LS engines to handle high-performance applications.
Cam Motion LS Hardened Chrome-Moly Pushrods (3/8" diameter, .080" wall, 7.400" length) offer high-strength durability for performance LS engines, ensuring improved valve train stability.
Cam Motion LS Hardened Chrome-Moly Pushrods (3/8" diameter, .080" wall, 7.375" length) are high-strength, durable pushrods designed for high-performance LS engines.
Allow the use of cookies from this website on this browser?
We use cookies to provide improved experience on this website. You can learn more about our cookies and how we use them in our Cookie Policy.