Hot Cams Camshaft - Stage 2 - 1024-2

Unleash the full potential of your engine with the Hot Cams Stage 2 Camshaft. Designed for enthusiasts and professionals alike, this camshaft delivers a significant power boost and enhanced throttle response. Upgrade your ride and experience the difference a high-performance cam can make.

Description

The Hot Cams Stage 2 Camshaft is CNC-machined from durable 8620 billet steel, ensuring precision and longevity. Case hardened for added strength, this camshaft is engineered using advanced valvetrain software and dyno-proven in the USA to provide a 5%-10% power gain. Select models feature Hot Cams' Improved Throttle Design (I.T.R.) technology, optimizing throttle response across the entire RPM range while delivering exceptional mid-range and top-end power. This Stage 2 cam is specifically designed for mid-to-top end power improvements and is often a drop-in solution that works with stock valve springs.

Features & highlights

• CNC-machined from 8620 billet steel for superior durability and precision.
• Case hardened to withstand high-stress environments.
• Engineered for a 5%-10% power increase, giving you the competitive edge.
• Improved Throttle Design (I.T.R.) technology enhances throttle response across the RPM range.
• Optimized for mid-to-top end power gains, perfect for performance applications.
• Designed as a drop-in replacement, simplifying installation (check your specific model).
• Dyno-proven in the USA, ensuring reliable performance and quality.

Technical specifications

• Brand: Hot Cams
• Type: Stage 2
• Application: Exhaust, Intake
• Intake Duration: 248°
• Intake Lift: 10.10 mm
• Intake Lobe Centerline: 112°
• Exhaust Duration: 270°
• Exhaust Lift: 8.80 mm
• Exhaust Lobe Centerline: 104.500°

Important to know

This camshaft is often designed as a drop-in replacement using stock valve springs, but always verify compatibility with your specific motorcycle model. Check for any specific requirements or notes for your application to ensure proper installation and performance.