Find or Sell any Parts for Your Vehicle in USA

Vance And Hines Monster Ovals on 2040-parts.com

US $26.00
Location:

Mansfield, Texas, US

Mansfield, Texas, US
Returns Accepted:ReturnsNotAccepted Part Brand:Vance and Hines Manufacturer Part Number:46755 Surface Finish:Black Warranty:No

Used set of of Vance and Hines Monster Ovals.  Approximately 7,000 miles on pipes.  I purchased the Monster Rounds recently.  All Mounting hardware included  

Rolls-Royce Wraith revealed: Geneva Motor Show 2013

Mon, 04 Mar 2013

The Rolls Royce Wraith has been revealed as a 624bhp V12 Fastback with 590lb/ft of torque and a 0-60mph of 4.4 seconds. Rolls Royce claim the Wraith as the most dynamic car they’ve ever produced and, even though it is still the size of a football pitch, it actually sits on a shortened Ghost wheelbase with a wider track to make it a bit more nimble. Rolls Royce has also stiffened the Ghost’s suspension for the Wraith (although not too much) for a bit less roll and added a bit more weight to the steering.

BMW Concept X4 (2013) first pictures of baby X6 coupe-SUV

Thu, 04 Apr 2013

This is the BMW Concept X4, which borrows the idea of an SUV with coupe proportions from its X6 brother, and shrinks the template down to the size of an X3. But don't be fooled by the 'Concept' tag of this car – like the Concept 4-series coupe we saw in 2012, the X4 is very much confirmed for production, and will receive only detail styling tweaks before it goes on sale in mid-2014. It'll be built alongside the X3, X5 and X6 models at BMW's Spartanburg factory in the USA from early 2014.

Partnership Premium 2030 - The results

Mon, 06 Sep 2010

Strate College in Paris, France, has released the final video of its Partnership Premium 2030 project created in collaboration with French automaker Peugeot. The culmination of a four month project, this most recent episode from Strate College covers the final designs and scenarios students presented to Peugeot's design staff at the firm's Design Center. The video features excerpts of interviews with the 10 student teams – each comprised of three students – on the French university's transport design course, who explain the rationale behind their chosen individual scenarios and the resulting concepts.