BTR Brian Tooley Racing Stage 3 LS Truck Camshaft V3 | Fits 4.8L 5.3L 6.0L 6.2L Cathedral-Port Engines | LM7 LC9 LQ4 LMG LR4 L92 L96 L33 (Cam, Spring Kit, Valve Seals, Chromoly Pushrods)

The BTR Stage 3 LS Truck Camshaft V3 is engineered for builders who want a noticeable jump in power, aggressive sound, and strong mid-to-upper RPM performance from their cathedral-port LS truck engines. Developed using Brian Tooley Racing’s V3 lobe technology, this camshaft delivers increased airflow efficiency and enhanced engine response while remaining compatible with properly matched supporting components. Designed for 4.8L, 5.3L, 6.0L, and 6.2L LS truck applications, the Stage 3 V3 is ideal for performance-oriented street builds, weekend trucks, and engines running upgraded valvetrain components. This camshaft is commonly selected by enthusiasts looking for a more aggressive driving experience and a strong performance sound profile while maintaining reliable operation when installed with appropriate supporting hardware.

• Camshaft Specs for Cathedral-Port LS Truck Engines: 213/22X duration @ .050, .549/.549 valve lift, 109 LSA—designed to increase airflow, mid-range power, and high-RPM performance in 4.8L, 5.3L, 6.0L, and 6.2L cathedral-port LS truck engines.
• Designed for Cathedral-Port LS Applications: Compatible with LM7, LC9, LQ4, LMG, LR4, L92, L96, and L33 engines, making it an ideal upgrade for performance-focused LS truck and SUV builds.
• Multiple Kit Options Available: This listing offers configuration choices that allow customers to select the camshaft alone or pair it with BTR-approved supporting components, providing flexibility for custom build needs.
• Aggressive Performance & Sound Profile: Stage 3 V3 design delivers a strong performance tone and improved engine response for enthusiasts seeking a more aggressive driving experience.
• Brian Tooley Racing V3 Lobe Technology: Precision-engineered camshaft profile promotes stable valve motion and reliable operation when paired with the correct valvetrain components.