Universal Fitment

This intercooler is intended for custom fabrication projects.

Popular applications include:

Honda

• Civic Turbo Builds
• Integra Turbo Projects
• CRX Turbo Builds
• K-Series Swaps

Nissan

• 240SX S13
• 240SX S14
• Silvia Projects
• Sentra Turbo Builds

Toyota

• Corolla Turbo
• MR2
• Celica Turbo
• AE86 Engine Swaps

Mazda

• MX-5 Miata Turbo
• RX-7
• RX-8 Turbo Conversions

Domestic Applications

• LS Turbo Builds
• Mustang Turbo Projects
• Compact Truck Turbo Systems

Universal Uses

• Drift Cars
• Road Race Cars
• Autocross Builds
• Street Performance Vehicles
• Engine Swap Projects

Custom fabrication and mounting are required.

Same-Side Inlet and Outlet Design

One of the unique features of this intercooler is its same-side configuration.

Benefits Include

• Simplified piping layouts
• Reduced piping length
• Easier installation in tight engine bays
• Potentially improved throttle response

For certain vehicle platforms, same-side intercoolers can significantly reduce fabrication requirements.

Intercooler Dimensions

Overall Dimensions

• Width: 27 inches
• Height: 12.5 inches
• Thickness: 3 inches

Core Dimensions

• Width: 20.75 inches
• Height: 10.25 inches
• Thickness: 2.5 inches

The compact design offers substantial cooling capacity while fitting into a wide range of front bumper openings.

2.5-Inch Inlet and Outlet

Connection Size

• Inlet: 2.5 inches
• Outlet: 2.5 inches

Benefits include:

• Compatibility with common intercooler piping kits
• Excellent airflow for moderate horsepower builds
• Easier packaging than larger 3-inch systems
• Reduced fabrication costs

The 2.5-inch sizing is ideal for many street-driven turbocharged vehicles.

Tube-and-Fin Core Construction

This intercooler utilizes a tube-and-fin design.

Advantages

• Lightweight construction
• Excellent airflow characteristics
• Reduced overall weight
• Efficient heat transfer

Tube-and-fin intercoolers are especially popular in street and road racing applications where airflow efficiency is a priority.

Temperature Reduction Benefits

The manufacturer claims cooling effectiveness in the:

150°F–350°F Temperature Reduction Range

Actual temperature drops will vary based on:

• Boost pressure
• Ambient temperature
• Vehicle speed
• Turbocharger size
• Engine configuration

Regardless of application, lowering intake temperatures helps improve engine efficiency and consistency.

Why Intercoolers Matter

Turbochargers increase intake air temperature as boost pressure rises.

Hot intake air can cause:

• Reduced horsepower
• Lower air density
• Increased knock potential
• Heat soak

An intercooler cools compressed air before it enters the engine.

Supports Better Turbo Performance

A properly sized intercooler can help:

• Improve throttle response
• Reduce temperature-related power loss
• Support stable boost pressure
• Enhance overall drivability

Ideal for Street Builds

This intercooler is especially well suited for:

Daily Drivers

Maintains consistent performance during normal operation.

Weekend Performance Cars

Improves cooling during spirited driving.

Autocross Vehicles

Reduces temperature buildup between runs.

Compact Turbo Projects

Provides excellent fitment flexibility.

Installation Considerations

Before purchasing:

• Verify available mounting space
• Confirm piping requirements
• Measure bumper clearance
• Plan fabrication needs

Because this is a universal intercooler, installation requirements vary by vehicle.

Tube & Fin design

Pros and Cons

Pros

• Same-side inlet and outlet design
• Compact packaging
• Lightweight tube-and-fin construction
• 2.5-inch inlet and outlet compatibility
• Suitable for many turbo applications
• Simplified piping routes

Cons

• Requires fabrication
• Not vehicle specific
• Cooling performance varies by setup
• Professional installation may be recommended

Frequently Asked Questions

What is a same-side intercooler?

A same-side intercooler places both the inlet and outlet on the same end tank, simplifying piping on certain turbocharger layouts.

Is 2.5-inch piping enough for turbo builds?

Yes. Many street and moderate-performance turbo systems perform exceptionally well with 2.5-inch intercooler piping.

Is tube-and-fin better than bar-and-plate?

Each design has advantages. Tube-and-fin cores are typically lighter and offer excellent airflow, while bar-and-plate designs generally provide greater durability and thermal mass.

Will this fit my vehicle?

Because it is a universal intercooler, fitment depends on available space and fabrication requirements.

Final Thoughts

The 2.5-Inch Same Side Universal Intercooler offers a smart solution for turbocharged builds that require compact packaging and simplified piping. Its tube-and-fin design, generous core dimensions, and same-side inlet and outlet configuration make it particularly appealing for street cars, autocross builds, and custom turbo projects.

Because sometimes the best intercooler isn’t the biggest one—it’s the one that fits perfectly without turning your engine bay into a plumbing project.