***Typically 2-4 day lead time on these***
Grind # XA222/350-XA232/345-08+3
Street Performance
Duration at .050: 222/232
108 Lobe Center Angle with a 105 Intake Centerline
Lift with 1.7 Rocker Arm Ratio: .595"/.587"
Recommended Displacement: 4.8-6.2 Liter Engines
Cylinder Heads: Cathedral or Rectangle Port
Recommended Compression Ratio: 9.4-10.5:1
Recommended Headers: 1 5/8" - 1 3/4"
Recommended Stall Converter: 2800-3600
Recommended Rear Axle Ratio: 3.42-4.10
*This camshaft is compatible with all intake manifold styles in their proper application.
The Little Chopper cam is a versatile camshaft with a "choppy" or "lopey" idle that was created for applications ranging from hotrods and streetrods to heavy vehicles and pickup trucks that want a torquey hot rod style camshaft. In a hotrod or streetrod, the Little Chopper will have the lopey idle of the old 3/4 cams while still having a reasonable RPM range for street fun. In a heavy street car or pickup truck the Little Chopper will produce the torque needed to get that weight moving while still having that big cam sound that many enthusiast desire. The little chopper will work great with both cathedral port (LS1) and rectangle port (LS3/L99/L92) cylinder heads. It can be used with all intake manifold styles from the stock plastic intakes to carbureted single and dual plane intake manifolds. This camshaft will work in a stock engine, but will realize substantial performance increases when used with headers, high flow exhaust and high flow intake systems and increased rear axle ratios. Increased stall speed torque converter required.
The Little Chopper cam is designed with Cam Motion's renowned smooth cam lobe design that provides quiet valve train operation and excellent upper rpm stability. We offer this cam in stanadard 5150 core from Cam Motion, but stronger cores are available if desired, please call to inquire.
Recommended Accessories:
•Cam Motion .600" Beehive Valve Springs or .660" Lift Dual Valve Spring Kit
•Cam Motion 5/16" .080" Wall Hardened Chromoly Pushrods