CV & Parts for Sale
- Cardone 60-5274 cv half-shaft assembly-reman constant velocity drive axle(US $158.55)
- Wd express 420 10003 501 cv half-shaft assembly-opparts cv axle shaft(US $74.82)
- Usa industries ax-3226 cv half-shaft assembly-reman cv joint half shaft(US $128.74)
- Cardone 60-7018 cv half-shaft assembly-reman constant velocity drive axle(US $183.55)
- Cardone 66-3097 cv half-shaft assembly(US $81.93)
- Cardone 66-8125 cv half-shaft assembly(US $99.78)
New Audi RS6 to get 572bhp V8
Sat, 04 Aug 2012The 2013 Audi RS6 looks set to swap its V10 for the new Audi V8 with the wick turned up to 572bhp – the same as the old V10. Most of the new A6 range has now arrived in showrooms – including the S6 and Avant – but what’s still missing is a new RS6, the Audi that used to have the heart of a Lamborghini. But as we reported in April, the 2013 RS6 is well on the way but it will be losing its Lamborghini V10 with its 5.2 litres and 572bhp and will instead get the Audi/Bentley twin-turbo 4.0 litre V8.
8th L'Argus Design Competition announced
Wed, 20 May 2009From 1 June 2009, design students will be invited to take part in the eighth annual L'Argus European Design Competition, which this year takes as its theme 'Less is More: Traveling in the Era of Simplicity'. Questioning students on the concepts of mobility and the future of automobile design, this contest - organized by French magazine L'Argus de L'Automobile - will run until 11 December 2009 and culminate in an awards ceremony on 20 January 2010. The competition is open to students attending design colleges within the European Union and Switzerland, including non-automotive courses covering disciplines such as industrial design, fine arts and architecture.
Battery breakthrough set to accelerate electric-car development
Thu, 12 Mar 2009A team of scientists working at the Massachusetts Institute of Technology are claiming a significant breakthrough in recharging times for lithium-ion batteries. According to findings published in the scientific journal Nature, MIT researchers Byoungwoo Kang and Gerbrand Ceder have unlocked the potential of lithium-ion batteries by patenting a unique process which is claimed to allow a typical laptop power pack to be fully recharged in less than a minute--an improvement in recharging performance of roughly 90 percent over existing lithium-ion batteries. Lithium-ion batteries generate electric current via the flow of lithium ions across an electrolyte, from an electrode to a cathode.