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Toyota Corolla 1200 1968 - 1977 New Engine Motor Mount " Rare" on 2040-parts.com

US $20.00
Location:

Comerio, Puerto Rico, US

Comerio, Puerto Rico, US
Returns Accepted:ReturnsNotAccepted Brand:Made in Japan Manufacturer Part Number:12802-22010 Placement on Vehicle:Array Surface Finish:New Warranty:No Country of Manufacture:Japan Part Brand:Made in Japan

New  Toyota Corolla  1200  1968 - 1977 Engine Motor Mount  Made In Japan Rare and Discountinued

GM donates Insignia prototype to Coventry University

Tue, 21 Jul 2009

Though the cloud of uncertainty is currently looming over General Motors' Opel and Vauxhall brands, the economic climate hasn't deterred its Vauxhall division from showing a bit of generosity. Recognizing the burgeoning talent at one of the UK's leading design schools, the British arm of the American automotive giant recently offered car design students from Coventry's School of Art & Design an Insignia prototype, which will be used for 'real life' styling exercises. "We are delighted that Vauxhall has chosen to donate this vehicle to the university for our students to work with.

BMW M3 Concept (2007): first official pictures

Thu, 08 Mar 2007

By Tim Pollard First Official Pictures 08 March 2007 02:03 BMW M3 Concept: the lowdown It's been scooped, spied and speculated about for months - but earlier today the covers finally slid off the new BMW M3... or the concept, at least. Yes, we'll have to wait a bit longer for the final production version, but these photos suggest that the M3 concept will go the same way as its bigger brother, the M5.

MIT develops self-transforming materials that behave 'like robots without robots'

Wed, 15 Oct 2014

A cross-disciplinary research lab at the Massachusetts Institute of Technology (MIT) has developed a suite of programmable materials, including carbon fiber, printed wood grain, textile composites, rubbers and plastics, that self-transform when exposed to an external stimulus. Director of the Self-Assembly Lab, Skylar Tibbits, presented a TED talk on 4D printing in 2013, where he demonstrated how a flat sheet of material could effectively build itself when exposed to water, like a robot without a robot. Following positive feedback from industries including aviation, automotive and manufacturing, his lab has been working on developing materials that change according to different activation sources, including heat, light, and air pressure, in addition to water – all of which have automotive relevance.