Skunk2 02-05 Honda Civic Si/02-06 Acura RSX Composite High Volume Fuel Rails Axles Year Make Model Submodel 1990-1991

Year Make Model Submodel 1990-1991 Honda Civic Base 1990-1991 Honda Civic DX 1990-1991 Honda Civic EX 1990-1991 Honda Civic LX 1990-1991 Honda Civic RT 4WD 1990-1991 Honda Civic Si

Bean Edition 2009-2011 Subaru Forester X Limited 2009-2011 Subaru Forester X Premium 2011 Subaru Forester X Touring 2003-2005 Subaru Forester XS 2005 Subaru Forester XS L

5) 12:1 CR Build on Demand

Year Make Model Submodel 1968-1970 Ford Fairlane 500 1968-1969 Ford Fairlane Base 1968-1970 Ford Mustang Base 1970 Ford Mustang Grande 1970 Ford Mustang Mach 1 1968-1970 Ford Mustang Shelby GT-500 1968 Ford Mustang Shelby GT-500KR 1969 Ford Ranchero 500 1968-1969 Ford Ranchero Base 1968-1969 Ford Ranchero GT 1969 Ford Thunderbird Base 1968-1970 Ford Torino Base 1969 Ford Torino Cobra 1968-1970 Ford Torino GT 1970 Ford Torino Super Cobra Jet 1969 Mercury Comet Base 1968 Mercury Cougar Base 1968 Mercury Cougar XR-7 1969 Mercury Cyclone Spoiler 1968-1969 Mercury Montego Base 1968 Mercury Montego MX 2003-2018 Toyota 4Runner Limited 2003-2009 Toyota 4Runner Sport 2003-2018 Toyota 4Runner SR5 2018 Toyota 4Runner SR5 Premium 2010-2016 Toyota 4Runner Trail 2017-2018 Toyota 4Runner TRD Off-Road 2015-2018 Toyota 4Runner TRD Pro 2003-2015 Toyota Tacoma Base 2016-2018 Toyota Tacoma Limited 2003-2015 Toyota Tacoma Pre Runner 2003-2004 Toyota Tacoma S-Runner 2016-2018 Toyota Tacoma SR 2016-2018 Toyota Tacoma SR5 2016-2018 Toyota Tacoma TRD Off-Road 2015

Skunk2 02-05 Honda Civic Si/02-06 Acura RSX Composite High Volume Fuel Rails Axles Year Make Model Submodel 1990-1991Skunk2's cutting edge Composite Fuel Rail for Honda's K series engines (non Civic Si) is here. Skunk2's Composite Fuel Rails are made using a proprietary carbon impregnated, aerospace thermo polymer compositea material that's 33 percent lighter, 60 percent stronger, and operates up to 100 degrees F cooler when compared to aluminum and insulates fuel from both radiant and conductive heat transfer underneath the hood, resulting in increased horsepower