Find or Sell any Parts for Your Vehicle in USA

K&s Dot Turn Signal D/f Front Black Amber Fits Suzuki Gsx-r750 1986-1987 on 2040-parts.com

US $36.05
Location:

Grand Rapids, Michigan, US

Grand Rapids, Michigan, US
Returns Accepted:Returns Accepted Refund will be given as:Money back or exchange (buyer's choice) Item must be returned within:14 Days Return policy details:http://stores.ebay.com/Motorcycle-Parts-Giant/Exchange-and-Return-Policy.html Return shipping will be paid by:Buyer Restocking Fee:No Part Brand:K&S Technologies Manufacturer Part Number:25-3055

Ford S-Max (2015) second-gen family favourite spied in USA

Fri, 14 Feb 2014

By Ollie Kew First Official Pictures 14 February 2014 16:00 The new Ford S-Max won’t reach UK dealers until early 2015, due to a new Ford supply backlog caused by the closure of the firm’s production plant in Genk, Belgium. In the meantime, Ford is pushing ahead with development of the new S-Max, seen testing here alongside the first-gen model that’s been on sale since 2006. These spy shots come from the United States, where the new S-Max has been spied testing for the first time since its concept car outgoing.

Rumormill: Aston Martin Cygnet could get V12

Fri, 26 Oct 2012

A few years ago, if you would have asked us about 500-hp city cars, we would have said, “Awesome, but never going to happen.” We were proven wrong with last year's Nissan Juke-R and we may be proven wrong again with a V12-powered Aston Martin Cygnet. That's right, Autocar reports that Aston is studying the feasibility of taking the Toyota iQ-based Cygnet and shoehorning the V12 from its Vantage and DB9 models. Aston says it could fit the V12 in the tiny car's engine bay without major modifications.

College Exhibition: CCS - American Iron and Steel Institute project 2006

Wed, 20 Sep 2006

Students from Detroit's College for Creative Studies and University of Michigan have unveiled the results of the 18th annual American Iron and Steel Institute (AISI) summer automotive design internship. Three engineering students joined three transportation design students to produce concept vehicles that targeted either Generation X, Baby Boomers and the Millennial generation. The concept vehicles embody leading-edge steel technology utilizing a flexible platform.