Intake Air Flow Supercharger Optimizer

Intake Air Flow Supercharger Optimizer Intake Air Flow Supercharger Optimizer Intake Air Flow Supercharger Optimizer

Intake Air Flow Supercharger Optimizer

Part #: 10716

Listing Price: $86.99

Selling Price: $59.99

Shipping Price: $4.99

Shipping details: Instock. Usually ships within 5 business days.

Installation info: Professional installation required.

Size: 2.5 Inch, 3 Inch



Size:

Quantity

Intake Air Flow Supercharger Optimizer

Introducing the Intake SuperCharger, it revolutionized the Japanese tuner performance market and is now for the first time available to the US market in limited supply. This product will allow you to burn fuel more efficiently resulting in better MPG. This SuperCharger will increase air flow and provide additional horse power and torque by 5-7% to the wheels. Don't be fooled by imitators cheap products, buy the best.

 

  • Save Up To 28% On Fuel!
  • Increase Horsepower Up To 7% more hp! *Dyno Proven
  • Easy to install - Takes Less Than 5 Minutes!
  • Fits Virtually All Makes And Models Of Cars And Trucks!
  • Works On Carbureted And Fuel Injected Engines!
  • For Gasoline And Diesel Engines!

Made entirely of aircraft grade aluminum-titanium alloy, the Surge SuperCharger is machined to perfection! The blades spin freely and smoothly its shaft being supported by a space grade zero friction ball bearing.

The Surge SuperCharger has a 2.5 inch diameter for easy mounting. The product installs inside the intake hose going to the throttle body from air filter. A clamp is included to secure the Surge SuperCharger inside the intake hose. It also includes a rubber coupler that will create a vacuum seal inside the intake chamber. If your hose has a diameter greater then 2.5” you must custom fit it therefore please ask your qualified mechanic to install it.

This is a universal and will fit any vehicle, SUV, pickup etc….

 

Vehicle Type Test RPM Base HP SuperCharger
HP
HP Change
Accent 1994 4500 92 HP 101 HP Up To 9 HP More Power
Acura Integra 1993 5000 140 HP 151 HP Up To 11 HP More Power
Audi A4 1998 6000 190 HP 199 HP Up To 9 HP More Power
BMW 3 Series 1996 5900 190 HP 202 HP Up To 12 HP More Power
Chevy Cavalier 1994 4000 150 HP 160 HP Up To 10 HP More Power
Dodge Neon 2000 4300 132 HP 141 HP Up To 9 HP More Power
Honda Civic 1999 4500 127 HP 137 HP Up To 10 HP More Power
Mitsubishi Eclipse 2002 5200 205 HP 215 HP Up To 10 HP More Power
Nissan Maxima 1996 4200 190 HP 201 HP Up To 11 HP More Power
Toyota Camry 1994 4900 125 HP 132 HP Up To 7 HP More Power
VW Jetta 2000 4900 125 HP 133 HP Up To 8 HP More Power

1. Remove air inlet hose located between air purifier.  2. Install the SuperCharger inside the air inlet hose. 3. If the SuperCharger unit is smaller than your cars air inlet hose, use the plastic ring attached to increase its diameter so it can fit in the tubing.

 

FAQ:

Is this hard to install?

No, on most cars all you need to do is get access to the air box tubing. You can choose where is the best place to mount. If you watch the video above, you can see it was installed right before the throttle body.

What is the diameter of the unit?

2.5 Inches or 3.0 Inches. It can be installed on any vehicle with 2.5 inches to 3.5" internal opening air intake tube. Generally speaking if your vehicle is a V8 engine or larger with larger intake piping, this item will not fit.

Can this be installed if I have an intake?

Sure, as long as your intake internal diameter is between 2.5 inches to 3".

What if I want to increase the diameter of the SuperCharger a tiny bit?

Buy some electrical tape or any other type of plastic tape and wrap the unit until the desired diameter is met.

How long will the GTE performance charger last?

The materials used in the construction are designed to last a lifetime. Using high load bearing ball bearing mounts and alloy materials. We offer a lifetime warranty on this product!

Will I need to reset my Mass Air Flow Sensor?

Most vehicles will not require a reset, however we do recommend reseting the battery after installation so the computer can learn the new air flow parameters.