Chevy Small Block Vortec Carbureted Aluminum Dual Plane Intake Manifold - Polished

• Fits 1996-2002 Vortec SBC engines

• Dual-plane design improves torque

• Idle-5,500 RPM operating range

• Polished aluminum construction

Upgrade your Vortec-powered Small Block Chevy with the Top Street Performance Polished Aluminum Dual Plane Intake Manifold. Designed specifically for 1996-2002 Chevy Small Block V8 engines equipped with Vortec cylinder heads, this Vortec intake manifold delivers improved throttle response, stronger low-end torque, and enhanced drivability for street performance, restoration, and weekend cruiser applications.

Unlike traditional Small Block Chevy intake manifolds, this SBC Vortec intake manifold is engineered around the factory 8-bolt Vortec intake pattern used on 305 and 350 Vortec engines. The dual-plane runner design improves airflow velocity and fuel distribution, making it an excellent choice for enthusiasts searching for a Chevy 350 Vortec intake manifold, Vortec carbureted intake manifold, or Vortec intake for a carburetor conversion.

Designed to operate from idle to 5,500 RPM, this Chevy Vortec performance intake delivers strong low- and mid-range power while maintaining excellent street manners. The lightweight polished aluminum construction helps reduce weight and improve heat dissipation, while the low-profile design helps maintain hood clearance in many applications.

Configured for spread-bore carburetors and supplied with a square-bore adapter kit, this Vortec dual plane intake manifold offers flexibility for a variety of carbureted engine combinations. Whether you're replacing a factory Vortec intake manifold, converting a fuel-injected Vortec engine to a carbureted setup, or building a street-performance Small Block Chevy, this manifold provides the airflow, torque, and drivability needed for reliable performance.

Vortec-Specific Intake Manifold Design
The Top Street Performance Vortec Intake Manifold is designed specifically for 1996-2002 Chevy Small Block V8 engines equipped with Vortec cylinder heads. Unlike earlier Small Block Chevy intake manifolds that use a 12-bolt intake pattern, Vortec engines utilize a unique 8-bolt design. This manifold is engineered to fit those Vortec-specific applications without modification.

Street Performance Benefits
The dual-plane runner design improves airflow velocity and fuel distribution to help increase throttle response, low-end torque, and overall drivability. Designed for idle-to-5,500 RPM operation, this intake manifold is ideal for street-driven vehicles, weekend cruisers, restoration projects, and mild performance builds. The low-profile design also helps maintain hood clearance in many applications.

Will this intake manifold fit a 350 Vortec engine?
Yes. This intake manifold is designed for 5.7L (350ci) Vortec engines using the factory 8-bolt intake pattern.

Will this intake fit a 305 Vortec engine?
Yes. It is compatible with 5.0L (305ci) Vortec engines equipped with factory Vortec cylinder heads.

What makes this different from a standard Small Block Chevy intake manifold?
Vortec cylinder heads use a unique 8-bolt intake pattern, while traditional Small Block Chevy heads use a 12-bolt pattern. This manifold is specifically designed for Vortec heads.

Can I convert my Vortec engine to a carburetor with this intake?
Yes. This intake manifold is designed specifically for carbureted Vortec applications and carburetor conversion projects.

What RPM range is this intake designed for?
This dual-plane intake manifold operates from idle to approximately 5,500 RPM, making it ideal for street performance applications.

Will this intake improve throttle response?
Yes. The dual-plane design helps improve airflow velocity, throttle response, torque, and overall drivability compared to many stock Vortec truck intakes.

Will this intake fit pre-1996 Small Block Chevy engines?
No. This manifold is designed specifically for Vortec-style cylinder heads and their unique intake bolt pattern.

Is this intake compatible with LT1 engines?
No. LT1 engines use a different intake design and are not compatible with this manifold.