Product description

The Camshaft Intake Stage 1 System is part of the latest collection from Hot Cams.

Features:

• Adds 5%-10% power gain
• Designed and dyno proven in the USA
• Engineered by utilizing state-of-the-art valvetrain software
• CNC machined from 8620 billet, case hardened steel for an exact fit and lobe profile
• Select cams feature Hot Cams Improved Throttle Design (ITR) technology; these cams improve throttle response throughout the entire rpm range while providing excellent power gains through the mid-range and top-end
• For mid to top-end gains.
• Made to be drop-in cams that use stock valve springs (unless noted).
When used with 0925-0556 provides increased mid range and top end power with no loss on low end. Produces more power than OEM cams from 5000 rpm and up with no loss at lower rpm. There's more power than the stage 1 set from 7000 rpm and up. For dual cam engines. Intake Valve Lash: 0.100 mm.

Specifications:

• Application: Intake
• Intake Duration: 250°
• Intake Lift: 9.91 mm
• Intake Lobe Centerline: 106°
• Product Name: Camshaft
• Type: Stage 2
• Units: Each

To fit:

• KAWASAKI KX 250 F 2016 American Models
• KAWASAKI KX 250 F 2016 European Models
• KAWASAKI KX 250 F 2017 American Models
• KAWASAKI KX 250 F 2017 European Models
• KAWASAKI KX 250 F 2018 American Models
• KAWASAKI KX 250 F 2018 European Models
• KAWASAKI KX 450 F 2006 All Models
• KAWASAKI KX 450 F 2007 All Models
• KAWASAKI KX 450 F 2008 All Models
• KAWASAKI KX 450 F 2009 All Models
• KAWASAKI KX 450 F 2010 All Models
• KAWASAKI KX 450 F 2011 All Models
• KAWASAKI KX 450 F 2012 All Models
• KAWASAKI KX 450 F 2013 All Models
• KAWASAKI KX 450 F 2014 All Models
• KAWASAKI KX 450 F 2015 All Models
• KAWASAKI KX 450 F 2016 All Models
• KAWASAKI KX 450 F 2017 All Models
• KAWASAKI KX 450 F 2018 American Models
• KAWASAKI KX 450 F 2018 European Models

Manufacturer part number: 2187-2IN

View all Hot Cams. View all Parts and spares.

Contents

Your package will include the following:

• 1 X Hot CAMS Camshaft Intake Stage 1 System