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Gorilla Wheel Locks 7/16-20" .685" Shank Dia Set Of 4 Chrome on 2040-parts.com

US $20.99
Location:

Tallmadge, Ohio, US

Tallmadge, Ohio, US
Returns Accepted:Returns Accepted Refund will be given as:Money Back Item must be returned within:60 Days Return policy details:Items may be returned within 90-days or purchase for a refund or exchange, if in new and unused condition. Return shipping will be paid by:Buyer Restocking Fee:No Brand:Gorilla Automotive Manufacturer Part Number:73671SM Surface Finish:Chrome

Volkswagen Neeza concept

Mon, 20 Nov 2006

By Phil McNamara/Georg Kacher First Official Pictures 20 November 2006 09:00 VW Neeza concept: the lowdown Volkswagen is developing a Ford S-Max rival – and this Neeza concept gives a clue to its thinking. Designed in China and unveiled at the Beijing motor show, the Neeza is a five-seat crossover MPV. And that's the exact concept that's under development by Volkswagen's R&D team, with a launch target of 2009.

Caterham introduces track-focused Supersport R

Fri, 09 Nov 2012

Caterham Cars in the United Kingdom is adding to its range of open-wheel, extra-light sportscars with the Supersport R. The R model builds on the Supersport trim with more power, interior upgrades and an 1,179-pound curb weight. The Supersport R is motivated by a 2.0-liter Ford Duratec engine making 180 hp and 143 lb-ft of torque.

Battery breakthrough set to accelerate electric-car development

Thu, 12 Mar 2009

A 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.