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01 02 03 04 05 06 07 Yamaha Ttr 125 L 125l Rear End Shock Swingarm Likage Brake on 2040-parts.com

US $44.00
Location:

Norton, Massachusetts, US

Norton, Massachusetts, US
Item must be returned within:14 Days Refund will be given as:Money Back Return shipping will be paid by:Buyer Restocking Fee:No Return policy details: Returns Accepted:Returns Accepted

THIS IS AN OEM REAR END SWINGARM SHOCK LINKAGE AND REAR BRAKE ASSEMBLY WITH PEDAL FOR 01-07 TTR125 L MODELS. IN NICE SHAPE. NO DAMAGE. COMES AS PICTURED

Brakes & Suspension for Sale

McLaren P1 Concept is 97% production design (video)

Wed, 26 Dec 2012

At a private reveal of the new McLaren P1 Supercar in New York, McLaren has confirmed that 97 per cent of the P1′s styling will remain. McLaren has said that 97 per cent of the styling of the P1 Concept is exactly as the production version will look, with the only changes being some vents in the bumper to let hot air out and a tighter mesh on the grill at the back. The fac t that the P1 will stay faithful to the concept’s design already seemed evident after we had spy photos of the P1 visiting a McLaren supplier in Norfolk recently (and spy video of the P1 too), where we struggled to find anything different from the concept cars.

New Porsche Cayenne – the video presentation & justification

Wed, 26 May 2010

Porsche Cayenne 2010 / 2011 presentation video below So you’ve got a new car. That don’t impress me much. But actually, it should.

Jaguar Land Rover leads UK universities to develop virtual simulation tech

Tue, 11 Jun 2013

Jaguar Land Rover is to lead four UK universities in a £10m ($15.5m) government scheme to develop virtual simulation technologies and processes to help improve and accelerate the car design process. The carmaker will be leading project teams from the universities of Cambridge, Loughborough, Leeds and Warwick in the Program for Simulation Innovation (PSI), developed to improve the potential of the UK virtual simulation industry. It is hoped that through its results design quality and capability can be improved through the simulation of sights, sounds and smells.