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2bbl Brl Barrel Cast Iron V400 Sbc350 Chevy Intake Manifold 5.0l 5.7l 305 346260 on 2040-parts.com

US $375.00
Location:

Danbury, Connecticut, United States

Danbury, Connecticut, United States
Condition:Remanufactured Manufacturer Part Number:346260 18436572 D 12 dare code casting number cast Surface Finish:excellent chevrolet Part Brand:gm Brand:1971 1972 1973 1974 1975 1976 1977 1978

346260 casting 2bbl sbc cast iron intake. Excellent condition no repairs or issues or port work of any kind. This is an awesome flowing intake. Fits 1955-1986 283 305 327 350 or 400 Thanks for looking and good luck racing. $49 combined handling and shipping to the lower 48 states.

Fisker Karma plug-in hybrid recalled over possible battery-cooling system defect

Fri, 30 Dec 2011

Fisker Automotive is recalling 239 Karma hybrid cars to fix a defect in the vehicle's high-voltage battery. The recall notice, posted today on the National Highway Traffic Safety Administration's Web site, says the campaign targets all 2012 Fisker Karma models manufactured between July 1 and Nov. 3 of this year.

Fiat 500: Suspension tweak and 2-pot engine

Wed, 19 May 2010

The Fiat 500 is to get stiffer suspension and a range of 2-pot engines It’s not hard to see why the Fiat 500 has been a runaway success. It has the cute factor going on, but on the right side of pastiche; prices are much more reasonable than its rival in the ‘small car icon revisited’ stakes – the MINI, and Fiat have done a sterling job on the marketing side. And it’s not just been the tin-top, bog-standard  Fiat 500 that’s flown out of showrooms.

Alfa Romeo MiTo MultiAir – UK Prices

Wed, 06 Jan 2010

Alfa Romeo release UK prices for the MiTo MultiAir Alfa Romeo has been threatening the MultiAir engines for the MiTo for ages (last June!) and have even launched models featuring the new engines. But it’s taken them until now to get round to giving us prices for the new MiTo range. Just to refresh your memory, the MultiAir engines for the MiTo work by improving combustion and engine management resulting in improved performance and torque and improved economy with lower emissions.