High-Performance Intake Manifolds for Maximum Engine Power
( number of products: 88 )Discover premium intake manifolds engineered for maximum airflow, optimized fuel delivery, and improved engine performance. Perfect for tuning, racing, and custom builds.

Intake Manifold Audi 2.5 TFSI Audi RS3

Intake Manifold Audi S4 with Fuel Rail

Intake Manifold BMW E34 E36 M50 with Throttle Body and Fuel Rail

Intake Manifold BMW M3 E46 S54

Intake Manifold BMW M54 with Fuel Rail

Intake Manifold BMW N52 with Fuel Rail

Intake Manifold BMW N54 with Fuel Rail

Intake Manifold BMW Z3 Z4 M3 E46 S54

Intake Manifold Corvette Camaro 14-21 LT1 102mm

Intake Manifold GM LS1/LS2/LS6 Throttle Body 102mm

Intake Manifold GM LS1/LS2/LS6 Throttle Body 92mm

Intake Manifold GM LS3/L92 Throttle Body 102mm

Intake Manifold GM LS3/L92 Throttle Body 92mm

Intake Manifold GM LS7 Throttle Body 102mm

Intake Manifold Honda CIVIC 2006-2011 ACURA TSX 2004-2008

Intake Manifold Honda CIVIC 88-00 D-Series Type 2

Intake Manifold Honda Civic B16 B18 with Fuel Rail

Intake Manifold Honda Civic Integra Type R K20 with Fuel Rail

Intake Manifold LS1 LS2 LS6 92mm Big Volume

Intake Manifold Mazda MX-5 NC 1.8 with Fuel Rail

Intake Manifold Mitsubishi Lancer EVO IV-IX with Fuel Rail

Intake Manifold Nissan 200SX S13 with Throttle Body and Fuel Rail

Intake Manifold Nissan 200SX S14 with Throttle Body and Fuel Rail

Intake Manifold Nissan 300ZX Z32 VG30DETT
High-Performance Intake Manifolds for Tuning and Motorsport
When it comes to improving engine performance, intake manifolds play a crucial role in optimizing airflow and fuel distribution. A properly designed manifold can significantly increase horsepower, torque, and throttle response, making it an essential upgrade for high-performance street builds, track cars, and motorsport applications.
What Is an Intake Manifold?
The intake manifold is a critical component of the engine’s air intake system. Its main function is to evenly distribute the air-fuel mixture to each cylinder for efficient combustion. Performance manifolds are designed to deliver maximum airflow with minimal restriction, allowing the engine to breathe better and produce more power.
Why Upgrade to a Performance Intake Manifold?
Stock manifolds are optimized for reliability and fuel efficiency, but they often restrict airflow at higher RPMs. Upgrading to a performance manifold offers several benefits:
- Increased Horsepower and Torque – Optimized runner design allows better airflow and fuel delivery.
- Improved Throttle Response – Shorter runners and larger plenums reduce airflow lag.
- High-RPM Power Gains – Ideal for turbocharged, supercharged, and naturally aspirated performance engines.
- Better Tuning Potential – Supports remapped ECUs and upgraded fuel systems.
Applications of Intake Manifolds
High-performance intake manifolds are used in a variety of setups, from daily drivers to competitive racing cars:
- Turbocharged Engines – Designed to handle high boost pressures while maximizing flow.
- Supercharged Systems – Supports forced induction setups with larger plenums.
- NA Tuning – Improves mid- and high-RPM performance on naturally aspirated builds.
- Motorsport Applications – Essential for race engines where efficiency and power are critical.
Types of Intake Manifolds
Depending on your build and performance goals, there are several different designs available:
1. Single Plane Intake Manifolds
Designed for high-RPM performance, single plane manifolds provide maximum airflow but require aggressive tuning and supporting mods. Best suited for track and drag racing builds.
2. Dual Plane Intake Manifolds
Offer a balance between low-end torque and top-end power, making them ideal for street-driven performance cars and mild tuning setups.
3. Short Runner Intake Manifolds
Perfect for turbocharged and high-revving engines. Shorter runners provide faster throttle response and better top-end performance.
4. Long Runner Intake Manifolds
Optimized for torque-heavy builds, long runner designs are commonly used in off-road and towing applications where low-end power is crucial.
Materials and Construction
Performance intake manifolds come in a range of materials, each suited to different needs:
- Cast Aluminum – Strong, lightweight, and ideal for most performance applications.
- Sheet Metal – Popular in motorsport for custom fabrication and extreme performance builds.
- Composite Intake Manifolds – Lightweight and resistant to heat soak, improving air density and efficiency.
How Intake Manifolds Affect Tuning
When paired with other performance upgrades, a high-flow manifold unlocks the engine’s full potential. For maximum results, combine your manifold upgrade with high-performance air filters, throttle bodies, fuel injectors, and remapped ECUs. Proper tuning ensures stable idle, smooth throttle response, and optimized power delivery.
Installation Tips
Installing a new intake manifold can be straightforward with the right preparation:
- Verify compatibility with your engine and intake system.
- Use new gaskets and high-quality bolts to ensure a leak-free seal.
- Torque bolts in sequence to avoid warping the manifold.
- Check for vacuum leaks after installation.
Maintenance and Cleaning
Keeping your intake manifold clean ensures consistent performance. Carbon buildup can reduce airflow and affect fuel efficiency. Periodically inspect and clean runners, plenums, and throttle connections to maintain peak efficiency.
Recommended Components
- Throttle Bodies
- Fuel Injectors
- Cold Air Intakes
- Turbo Kits
- ECU Tuning Solutions
Conclusion
Upgrading your intake manifold is one of the most effective ways to increase power, improve airflow, and unlock your engine’s true potential. Whether you're building a street-driven tuner, a dedicated track car, or a high-boost turbo monster, a premium manifold will deliver reliable performance and maximum efficiency.