Brian Crower BC3168 36 mm Intake Valve +1 mm for 2003-2009 PT Cruiser/SRT-4

Vehicle Fitment

• 2003-2005 Dodge Neon SRT-4 (2.4 L Turbo I4, 4-cylinder)
• 2003-2009 Chrysler PT Cruiser (all trims with SRT-4 engine)
• 2008-2009 Dodge Caliber SRT-4 (turbocharged 2.4 L I4)

Features

• 36 mm intake valve - +1 mm oversize for improved flow
• One-piece stainless steel construction with friction-welded Stellite tip
• Swirl-polished, undercut stem reduces mass and enhances airflow
• Dished head design provides stability at high RPMs
• Triple-groove keeper for superior retention under aggressive valvetrain stress
• Built for high-boost and high-performance applications
• Exceptional durability in racing and high-wear environments
• Supplied as a full set of 8 intake valves

Specifications

• Material: Heat-resistant stainless steel with Stellite tip
• Head Diameter: 36 mm (+1 mm oversize)
• Stem Diameter: 5.96 mm
• Overall Length: 111.7 mm
• Valve Type: Intake, dished head with triple-groove keeper

Included Components

• 8x Brian Crower BC3168 36 mm Intake Valves (oversize, +1 mm, triple-groove keeper)

Product Description

The Brian Crower BC3168 intake valve set is engineered for the turbocharged 2.4 L I4 engines in the Dodge Neon SRT-4 (2003-2005), Chrysler PT Cruiser SRT-4 (2003-2009), and Dodge Caliber SRT-4 (2008-2009). These +1 mm oversize valves (36 mm) elevate intake flow and feature a triple-groove keeper design for enhanced valve retention during high-RPM, high-load operations. Crafted from heat-resistant stainless steel with a friction-welded Stellite tip and a swirl-polished, undercut stem, the BC3168 is built for performance and longevity.

Ideal for high-boost engines, motorsport applications, or aggressive street tuning, these valves deliver superior strength and throttle response. Sold as a complete set of eight, they are ready for direct replacement. For optimal performance, verify compatibility with your valvetrain components and consider upgrading springs and retainers. Professional installation is advised to ensure precision and reliability.