GEN 5 LT Cam Bolt - VVT Phaser Solenoid VLV

The GEN 5 LT Cam Bolt - VVT Phaser Solenoid VLV by BRIAN TOOLEY RACING is a precision engine component engineered for high-performance LS-platform vehicles requiring advanced valve timing control. This solenoid assembly manages variable valve timing (VVT) phaser operation on Gen 5 LS engines, delivering reliable electromagnetic actuation that optimizes cam phasing for both street and competition applications. Designed for builders and technicians who demand OEM-quality reliability with aftermarket precision, this component is essential for maintaining proper cam timing synchronization in modern LS powerplants.

The VVT phaser solenoid operates by modulating oil pressure to the variable cam phaser, allowing precise adjustment of intake or exhaust cam timing relative to crankshaft position. This electromagnetic valve assembly ensures tight tolerances and consistent response characteristics necessary for optimal engine performance, fuel efficiency, and emissions compliance. Brian Tooley Racing's manufacturing standards guarantee durability under high-RPM operation and thermal cycling, with compact dimensions (1.75 x 1.75 x 4 inches) allowing straightforward integration into existing engine bay configurations. The solenoid's lightweight construction (0.278 lbs) minimizes parasitic load while maintaining structural integrity required for sustained performance duty.

This component benefits engine builders, performance technicians, and enthusiasts restoring or upgrading Gen 5 LS-equipped vehicles to factory specifications or beyond. Real-world application spans both naturally aspirated and forced-induction platforms where precise cam timing control directly influences horsepower delivery, torque characteristics, and drivability. Installation requires basic mechanical knowledge and familiarity with LS engine architecture; compatibility verification with your specific engine code and year is recommended before purchase to ensure proper fitment and electrical connector alignment.