Lightweight Gsc Power Division Camshafts S1 Grind - 04-07 Sti / 06-14 Wrx Instant 95% Discount [73x40geX]

Power-Division S1 Grind Camshafts for 04-07 STI / 06-14 WRX

If you're embarking on an engine build and seek camshafts that will elevate your vehicle's performance across the entire RPM spectrum, look no further than the GSC Power Division Billet S1 camshafts. Engineered for precision and designed to enhance your vehicle's stock turbo capabilities or those with power levels under 500WHP, these camshafts are a game-changer. To ensure compatibility, these camshafts are specifically tailored for USDM models equipped with Active Valve Control System (AVCS).

• Maximize performance with increased valve lift and duration.
• Customized for stock turbo or under 500WHP engines.

Technical Specifications

Experience the cutting-edge engineering of the GSC Power Division Billet S1 camshafts with their precise specifications. The intake side features a lift of 268/225 @ .040” with a peak lift of 10.8mm, while the exhaust side boasts a lift of 266/225 @ .040” and a peak lift of 10.4mm. The centerline AVCS ensures smooth operation and optimal performance.

• Intake: 268/225 @ .040” / Peak Lift: 10.8mm / Centerline AVCS
• Exhaust: 266/225 @ .040” / Peak Lift: 10.4mm / Centerline 113

Perfect for Your Engine Build

Whether you're looking to upgrade your vehicle's performance or maintain stock power levels, the GSC Power Division Billet S1 camshafts are an ideal choice. These camshafts are a must-have for those aiming to enhance the overall performance and driving experience. With the Beehive valve springs as a recommended addition, these camshafts will provide the ultimate power and efficiency for your engine build. Ideal for daily driving, track events, or any performance-oriented application, these camshafts are a testament to GSC Power Division's commitment to quality and innovation.

• Boost performance with increased valve lift and duration.
• Compatible with stock turbo or under 500WHP engines.
• Engineered for precision and optimized for AVCS-equipped models.