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Audi A4 B8 A5 8t 3.0 Tdi V6 Diesel Inlet Manifold Actuator Adjuster 059129086l on 2040-parts.com

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Condition:Used Seller Notes:“This is a used part and may have minor wear or age related marks. The donor vehicle details are below and a photo of the donor vehicle may be included. It may fit many other VAG Group models so if in” Read Less Fuel Type:Diesel Grade:A Vehicle Make:Audi Vehicle Model:A6 C6 FL Saloon Vehicle Chassis:4F Engine Code:CANA Gearbox Code:JME Paint Code:Monza Silver LX7V Vehicle Year:2009 Model Years:2008-2011 Engine Details:2698cc 140KW 190HP Reference OE/OEM Number:059129086L Brand:Audi (Genuine OE) Manufacturer Part Number:059129086L

Intake Manifold for Sale

2014 Ford F-150 Tremor revealed

Thu, 27 Jun 2013

Street-truck enthusiasts looking for V8 power with V6 fuel economy, look no further. In what initially looks like a baby Ford Raptor or a true successor to the F-150 SVT Lightning, Ford has revealed a special trim package for their F-150, named the Tremor. Featuring the 3.5-liter EcoBoost engine packing 365 hp and 420 lb-ft of torque, the Tremor comes with the short-wheelbase, regular cab and 4x2 set-up.

Infiniti to enter Australia. Will the Ozzies notice?

Wed, 23 Mar 2011

Infiniti to market their cars in Australia from 2012 It’s quite hard to believe, but Infiniti has been ‘Entering’ the UK market since 2009. We think. Although they did keep putting back the launch and revising their plan to have 14 dealerships in place by the end of that year.

Hongik University's transportation design process

Mon, 22 Jun 2009

Hongik University in Seoul, Korea, is one of the preeminent design schools in the country with a diverse range of programs. But the school's transportation design department has also developed a unique approach for concept ideation. At the International Transportation Design Forum in Pforzheim, Germany, Professor Joo Hyun Chung from the school's Transportation Design course gave Car Design News an exclusive insight into the process, explaining how students express their ideas into 3D surfaces directly, using materials such as paper and wire for the first exploration of the form rather than the traditional 2D to 3D process.