Feuling Reaper 574 Camshaft - 1002

The Feuling Parts Reaper® 574 Series Camshaft delivers a potent power band for modified engines, making it an outstanding upgrade for stock 96", 103", and 110" engines. This camshaft responds exceptionally well to enhancements such as modified cylinder heads, increased compression ratios, and high-performance exhaust and intake systems. Experience the difference with Feuling's precision engineering.

Description

Unleash the full potential of your motorcycle's engine with the Feuling Parts Reaper® 574 Series Camshaft. Designed for optimum performance and reliability, the Reaper® camshaft features an exceptionally smooth cam-lobe design. This innovative design ensures smooth and quiet valvetrain motion, resulting in improved engine efficiency and longevity. This cam shines in modified engines but works well as a bolt in cam for stock 96", 103", and 110" engines. Maximize your engine's output and enjoy a superior riding experience with the Feuling Reaper® 574 Series Camshaft.

Features & highlights

• Optimized power band for modified engines, enhancing overall performance.
• Excellent bolt-in upgrade for stock 96", 103", and 110" engines.
• Responsive to modified cylinder heads, increased compression, and performance exhaust/intake systems.
• Smooth cam-lobe design ensures quiet and efficient valvetrain operation.
• Broad RPM range from 2100 to 6500, providing versatile power delivery.
• Proudly made in the USA, ensuring top-quality craftsmanship.
• Maximize performance with recommended performance pushrods, lifters, and clutch.

Technical specifications

• Brand: FEULING PARTS
• Grind: 574 Series
• Type: Chain
• Intake Open: 15°
• Intake Close: 45°
• Intake Duration: 240°
• Intake Lift: 0.574"
• Intake Lift at TDC: 0.163"
• Intake Lobe Centerline: 105°
• Exhaust Open: 61°
• Exhaust Close: 14°
• Exhaust Duration: 255°
• Exhaust Lift: 0.574"
• Exhaust Lift at TDC: 0.143"
• Exhaust Lobe Centerline: 113.5°

Important to know

Performance pushrods, lifters, and a performance clutch are highly recommended for optimal performance and durability.