Cometic Ford 289/302/351 4.030 inch Bore .036 inch MLS Head Gasket (Non SVO) 2004-acura-mdx-esi4978807 1971 Ford Ranchero GT 1971

1971 Ford Ranchero GT 1971 Ford Ranchero Squire 1958-1959 Ford Skyliner Base 1960 Ford Starliner Base 1958-1960 Ford Sunliner Base 1958-1969 Ford Thunderbird Base 1968-1970 Ford Torino Base 1970 Ford Torino Brougham 1969-1970 Ford Torino Cobra 1968-1970 Ford Torino GT 1969-1970 Ford Torino Squire 1970 Ford Torino Super Cobra Jet 1958-1960 Ford Victoria Base 1967 Mercury Brougham Base 1964-1967 Mercury Caliente Base 1966-1967 Mercury Capri Base 1961-1971 Mercury Colony Park Base 1964-1965 Mercury Comet 202 1964-1969 Mercury Comet Base 1961-1968 Mercury Commuter Base 1967-1970 Mercury Cougar Base 1969-1970 Mercury Cougar Cobra Jet 1967-1970 Mercury Cougar XR-7 1963 Mercury Country Cruiser Base 1964-1970 Mercury Cyclone Base 1969 Mercury Cyclone CJ 1970 Mercury Cyclone GT 1969-1970 Mercury Cyclone Spoiler 1963-1966

1979 Chevrolet K10 Suburban Silverado 1975-1979 Chevrolet K20 Cheyenne 1975-1979 Chevrolet K20 Custom Deluxe 1975-1979 Chevrolet K20 Scottsdale 1975-1979 Chevrolet K20 Silverado 1967 Chevrolet K20 Panel Base 1960-1974 Chevrolet K20 Pickup Base 1967-1974 Chevrolet K20 Suburban Base 1975-1979 Chevrolet K20 Suburban Custom Deluxe 1975-1979 Chevrolet K20 Suburban Scottsdale 1975-1977

75”” center to center mount

Turbosmart's eboost2 warning light ring mount allows you to add two LED warning lights (sold separately) in various colors

SUPERFORMANCE GT40

Cometic Ford 289/302/351 4.030 inch Bore .036 inch MLS Head Gasket (Non SVO) 2004-acura-mdx-esi4978807 1971 Ford Ranchero GT 1971Comprised of multiple embossed layers of stainless steel with the outer layers utilizing a Viton rubber coating. Compressed operating thickness is 0. 036". Cometic MLS (Multi Layer Steel) Head Gaskets provide maximum sealing performance for todays high output engines and require no sealants. MLS gaskets are ideal for both aluminum heads to aluminum blocks and aluminum heads to cast iron blocks. They can withstand the shearing force created by the two