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Replace Fo1000562v - 2004 Ford F-150 Factory Oe Style on 2040-parts.com

US $280.33
Location:

Tampa, Florida, US

Tampa, Florida, US
Returns Accepted:Returns Accepted Refund will be given as:Money back or exchange (buyer's choice) Item must be returned within:30 Days Return policy details:*For orders placed during the holiday season from November 15th to December 31st, the return period is extended to 60 days. *If the return was caused by an error on our or a manufacturer's part, restocking and shipping fees do not apply. *Products must be in original packaging and in a new and resalable condition. *Any product that was used or fully/partially installed is non-returnable. *Shipping Fees are non-refundable. *All returns must be made via our Return Procedure with a valid RMA form, that is requested from customer service by calling 800.505.3274.. *Order cancellations can only be requested prior to shipment or in some cases, prior to the start of the manufacturing or painting process. Return shipping will be paid by:Buyer Restocking Fee:No Manufacturer Part Number:FO1000562V Interchange Part Number:Replacement Bumpers Other Part Number:9947869 Placement on Vehicle:Front Surface Finish:Smooth Warranty:Yes

Bumpers for Sale

Land Rover reveals rejigged Discovery at the 2013 Frankfurt Motor Show

Wed, 11 Sep 2013

Land Rover has revealed a surprisingly comprehensive facelift for the Discovery range here at the 2013 Frankfurt Motor Show – and the firm has underlined the changes with some new badging for the Discovery range. Instead of having ‘LAND ROVER’ on the bonnet, the new Discovery has, well, ‘DISCOVERY’ lettering. That’s because Land Rover wants to make Discovery into its own brand, a bit like Range Rover: here at Frankfurt 2013, we’re seeing the first steps in this rebranding.

Toyota begins testing wireless recharging for electric cars

Thu, 13 Feb 2014

Toyota has announced that it will begin actual verification testing of its new wireless battery charging system for electric vehicles, one which charges the battery of a plug-in hybrid or a pure-electric car by having the car park over it. Toyota's charging system uses magnetic-resonance technology, which operates by transmitting electricity by using the magnetic resonance resulting from changes in magnentic field intensity between a coil positioned under the car, and a receiving coil built into the underside of the vehicle. This system eliminates the need for physically plugging in an electric car or a hybrid to an actual plug, and also has the potential to solve the problem of multiple types of actual plugs.

Ford's EcoBoost engine torture test gets TV broadcast, Web chat

Fri, 08 Apr 2011

Towing logs in Oregon and race cars in Florida, then running the Baja 1000 race. Ford did all that with one EcoBoost V6 built for truck duty. How did the engine fare?