COBB Tuning - Products
Mitsubishi
Mitsubishi High Flow Filter EVO X 2008-2015, Ralliart 2009-2015
$ 70.00
Emissions
This part is not an emissions-related part and therefore can be used on Emission Controlled Vehicles.
Description
COBB High Flow Filters are designed to permit very high flow rates, minimize restriction, maximize filtration and provide a long life filter. It uses proprietary Woven cotton and metal mesh with a precision molded rubber base.
Why?
COBB High Flow Filters are designed to permit very high flow rates, minimize restriction, maximize filtration and provide a long life filter. Using proprietary woven cotton and metal mesh with a precision molded rubber base, the COBB High Flow Filter ensures that only clean air passes into your engine for maximum efficiency. Why not treat your car to fresh air with a COBB High Flow Filter and let it reward you with increased power and fuel economy!
Features
Mitsubishi High Flow Filter EVO X 2008-2015, Ralliart 2009-2015
- Washable/Reusable Cotton Woven Media
- Precision Molded for Direct Drop In To The Factory Air Box
- Increased Air Flow While Maintaining Filtering Efficiency
- Pre-Oiled
- Compatible with COBB Accessport OTS Maps
Gallery (2)
Reviews
Questions
Confirmed Applications
2008 Mitsubishi Evolution X GSR MT USDM
2008 Mitsubishi Evolution X MR AT USDM
2010 Mitsubishi Evolution X GSR MT USDM
2010 Mitsubishi Evolution X GSR SE AT USDM
2010 Mitsubishi Evolution X MR AT USDM
2010 Mitsubishi Evolution X MRT AT USDM
2011 Mitsubishi Evolution X GSR MT USDM
2011 Mitsubishi Evolution X GSR SE AT USDM
2011 Mitsubishi Evolution X MR AT USDM
2011 Mitsubishi Evolution X MRT AT USDM
2012 Mitsubishi Evolution X GSR MT USDM
2012 Mitsubishi Evolution X MR AT USDM
2012 Mitsubishi Evolution X MRT AT USDM
2013 Mitsubishi Evolution X GSR MT USDM
2013 Mitsubishi Evolution X MR AT USDM
2014 Mitsubishi Evolution X GSR MT USDM
2014 Mitsubishi Evolution X MR AT USDM
2015 Mitsubishi Evolution X Final Edition MT USDM
2015 Mitsubishi Evolution X GSR MT USDM
2015 Mitsubishi Evolution X MR AT USDM