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Ford Oem 6l2z-4625-ab Bearing, Pinion, Rear Axle/differential Pinion Bearing on 2040-parts.com

US $89.07
Location:

Holyoke, Massachusetts, US

Holyoke, Massachusetts, US
Returns Accepted:Returns Accepted Refund will be given as:Money Back Item must be returned within:30 Days Return policy details:Parts returned must be unused and in original package. Return shipping will be paid by:Buyer Restocking Fee:15% Genuine OEM:Yes Part Brand:FORD OEM Manufacturer Part Number:6L2Z-4625-AB SME:_2242 Part Ref# on Diagram:ONLY PART REFERENCE #11 ON THE DIAGRAM IS INCLUDED

Differentials & Parts for Sale

New techniques cut cost of carbon fiber

Mon, 11 Jul 2011

Carbon fiber, once so costly that it was the preferred material only for fighter planes and supercars, is catching the attention of weight-conscious automakers. Carbon fiber's cost is falling dramatically, thanks to production advances that let suppliers speed the material's finicky, and costly, curing process. One technological breakthrough that makes carbon-fiber auto parts more affordable may come from a process used to make carbon-fiber golf clubs.

Nissan Denki Cube concept

Thu, 20 Mar 2008

By Liz Turner Motor Shows 20 March 2008 16:24 Nissan's cute Cube will go on sale in the US in 2009 and a production version will be unveiled at the next LA Auto Show, Nissan announced in New York. This will be a petrol Cube: an electric Cube, based on the Denki concept unveiled in NY will follow. 'Denki' is Japanese for electric and the concept is the current Cube with a new EV powertrain, with various trim tweaks to remind you of the battery power.

Local Motors reveals 3D-printed car design

Mon, 09 Jun 2014

Local Motors has chosen the design it will 3D-print during the course of the International Manufacturing Technology Show (ITMS) in Chicago, IL, which runs from 8-13 September. Called Strati, the concept was judged the best entry in Local Motors' first 3D Printed Car Design Challenge. It was created by Italian designer Michele AnoĆ©, and his design 'will inform and influence' the car to be printed during the course of the ITMS.