
P311-49A7356 2975 New
- Victor Jr. 23 Degree Intake Manifold Small-Block Chevy
- Edelbrock Victor Jr. 23 Degree Intake Manifold For Chevrolet 262-400 Small-Block V8
- Product Attributes:
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- Basic Operating RPM Range: 3500-8000
- Center Maximum Height: 4.580
- CNC Ported: No
- Cylinder Head Type: Standard
- EGR Port: No
- Emission: Without Egr
- Engine Make/Size: Chevy Small Block (262-400)
- Flange Type: 4150
- Front Maximum Height: 0.010
- Gasket Or Seal Included: No
- Grade Type: Performance
- Rear Maximum Height: 0.010
- RGL: Warning: This Product Can Expose You To Lead, Which Is Known To The State Of California To Cause Cancer Or Birth Defects Or Other Reproductive Harm. For More Information, Visit Www.p65warnings.ca.gov.
- RPM Range: 3500-8000
- Single Or Dual Plane Type: Single
- Usage: Racing
- Vehicle Model: Chevrolet
- WARNING CA Proposition 65: Yes
- WARNING CA Proposition 65 Message: Warning: This Product Can Expose You To Lead; Which Is Known To The State Of California To Cause Cancer Or Birth Defects Or Other Reproductive Harm. For More Information; Visit Www.p65warnings.ca.gov.
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Features:
- Race-Winning Design For All Types Of Competition
- Single-Plane Maximizes Torque And Horsepower
- Runners Feature Extra Material for Custom Porting
- For Performance in 3500 to 7500 RPM Range
- Low-Profile Design Helps Minimal Hood Clearance
- Can Use 1 Or 2 in. Spacers To Tune Performance
- Use PN[2999] Where 1 in. Spacers Not Allowed
- Best for Standard Port Heads
- Edelbrock part #2975 Victor Jr. intake manifold is excellent for many applications from drag to circle track racing. This intake manifold provides maximum performance for engines with standard port location, iron and aluminum cylinder heads. The low-profile of the #2975 works well in applications with minimal hood clearance and where 1" or 2" spacers can be used for performance tuning. When carb spacers are not allowed, the #2999 should be used. The Edelbrock Victor Jr. #2975 is a single-plane, high-rise intake designed for maximum race-winning power at higher engine speeds.