Roto-Fab Cold Air Intake For 2010-2015 Camaro SS With Whipple Supercharger

The Roto-fab cold air intake system will increase power and improve the appearance of your Whipple S/C equipped Camaro! Gains of 35hp are reported with the addition of the Roto-fab cold air intake system. Just because a cold air intake will clamp up to the Maggie system doesn't mean it meets the flow requirements to maximize the power gains of this modification. Superior performance and great tuning capabilities make the Roto-fab cold air intake the preferred system for many tuners.

Simple detailed instructions are included with absolutely no modifications to your car needed. This cold air intake system includes everything necessary to replace your stock air intake system. If you already have the Roto-fab cold air intake system on your Camaro, you can simply purchase our Whipple upgrade kit (part number 10165023).

Custom tuning/calibration is required. Do not purchase this product unless you have a supercharger on your vehicle, and you intend to have it professionally tuned for your specific application. Failure to properly tune can result in engine damage. Get the most out of your supercharged Camaro with a Roto-fab cold air intake system!

Features:

• Oversized plastic tube which is molded to step up and align properly to the new throttle body location
• Custom transition hump hose for coupling the larger air tube to the throttle body
• Longer breather hose and fitting
• Effectively seals to the hood while maximizing air box volume
• Huge filter with 6 inch clamping surface
• 100 Percent silicone hose couplers
• Stainless steel clamps and mounting hardware

Included:

• Roto-Fab Cold Air Intake

Fitment:

• 2010-2015 Camaro SS With Whipple Supercharger

Note:

• All oil filters come pre-oiled and ready for use. This filter requires 56 grams of oil when servicing. The replacement filter part number is 10135005.
• This product is not available for sale or use in California!
• This product requires custom engine modification. Failure to do so could result in engine damage.