2014-2019 C7 Corvette Camshafts

Reshape power delivery with performance-engineered 2014-2019 C7 Corvette Camshafts designed to optimize valve timing and lift profiles beyond factory specifications. These precision-ground components control intake and exhaust valve operation, fundamentally changing how the LT1 or LT4 engine breathes throughout the RPM range. From mild street profiles that enhance low-end torque without sacrificing drivability to aggressive race grinds that maximize high-RPM power, these internal engine modifications allow customization of power characteristics to match specific driving preferences and supporting modifications.

Lobe profile design creates the foundation for how camshaft upgrades affect engine performance characteristics. Duration specifications measured in crankshaft degrees indicate how long valves remain open, with longer figures typically shifting power production higher in the RPM range while potentially sacrificing low-end response. Lift measurements determine maximum valve opening distance, with higher values generally increasing airflow capacity but requiring appropriate supporting components including valve springs and pushrods to prevent valvetrain damage from increased forces. Lobe separation angle significantly impacts power curve shape and idle quality, with tighter angles increasing overlap for more aggressive exhaust scavenging effects that enhance mid-range torque at the expense of rougher idle characteristics and greater sensitivity to proper tuning compared to wider separation designs that maintain smoother operation at the cost of some power potential.

High-flow 2014-2019 C7 Corvette Cold Air Intakes feed massive volumes of cold, dense air to your LT1 or LT4 engine for improved throttle response. These intake systems work seamlessly with long-tube 2014-2019 C7 Corvette Headers for optimal exhaust flow. For those seeking extreme power, bolt-on 2014-2019 C7 Corvette Supercharger Kits & Accessories deliver staggering horsepower and torque gains while maintaining factory-like drivability.