Hot Cams Intake Camshaft - Stage 1 - 4023-1IN

The Hot Cams Camshaft Intake Stage 1 is engineered to boost your motorcycle's performance. Experience a noticeable increase in power and improved throttle response with this high-quality camshaft. Designed for enthusiasts seeking enhanced low-end torque and mid-to-top-end power gains.

Description

This Stage 1 intake camshaft from Hot Cams delivers a 5%-10% power gain, enhancing your riding experience. Designed and dyno-proven in the USA, this camshaft is engineered using advanced valvetrain software. It's CNC machined from 8620 billet, case-hardened steel to ensure an exact fit and precise lobe profile. Select cams feature Hot Cams' Improved Throttle Design (ITR) technology, optimizing throttle response throughout the entire RPM range. The Stage 1 cam is designed to be a drop-in replacement, utilizing stock valve springs for easy installation (unless otherwise noted). Upgrade your motorcycle's performance with the Hot Cams Stage 1 intake camshaft and feel the difference in power and responsiveness.

Features & highlights

• Experience a 5%-10% power increase across the RPM range.
• Improved throttle response with Hot Cams' ITR technology.
• CNC machined from durable 8620 billet, case-hardened steel.
• Designed for enhanced low-end torque and mid-to-top-end power.
• Drop-in design allows for easy installation using stock valve springs (unless noted).
• Dyno-proven in the USA for guaranteed performance gains.
• Engineered with state-of-the-art valvetrain software for optimal results.

Technical specifications

• Brand: Hot Cams
• Product Name: Camshaft
• Type: Stage 1
• Application: Intake
• Intake Duration: 269°
• Intake Lift: 8.86 mm
• Intake Lobe Centerline: 110°

Important to know

This camshaft is designed as a drop-in replacement and typically uses stock valve springs. However, always verify compatibility and specific requirements for your motorcycle model. Refer to the manufacturer's instructions for proper installation and any additional components that may be required.