Description
Chevrolet - Small Block - Hydraulic Rollers Camshaft - Grind #HR-8082-8-CSR
Max Power 6000-6200 rpm Peak Torque 3800
- SBC 350 to 360 CID AFR 180 to 190 Head
 - Max Power 6000-6200 rpm Peak Torque 3800
 - This cam takes advantage of the AFR’s Intake to Exhaust flow ratio.
 - This cam maximizes the power of these heads creating a forever long band of power.
 - To extend power another 200 rpm use 1.6 ratio on both intake and exhaust.
 - 1 5/8” headers are needed to for this application.
 - We recommend a 2400 stall.
 - We recommend a 750 CFM Carburetor and minimum of 9 to 1.
 
Download and Print your Cam Specification Card (PDF) - Click Here
Clay Smith Cams recommends degreeing your Camshaft in on the #1 Intake using the Lobe Centerline Method.
Find our Best-Selling Degree Kit here.
If you need help degreeing in your camshaft, please feel free to call our Tech Line at 714-523-0530.
*Some parts are not legal for use in California or other states with similar laws/regulations.

Additional Information
Cam Type:  | 
                                                    Hydraulic Rollers  | 
                                                
Make:  | 
                                                    Small Block Chevrolet  | 
                                                
Intake Duration @ .050:  | 
                                                    221  | 
                                                
Exhaust Duration @ .050:  | 
                                                    223  | 
                                                
Advertised Intake Duration:  | 
                                                    280  | 
                                                
Advertised Exhaust Duration:  | 
                                                    282  | 
                                                
Lobe Center:  | 
                                                    108  | 
                                                
Valve Lift with Factory Rocker Arm Ratio:  | 
                                                    .510 int / .492 exh  |