Maxzone Auto Parts 3311553rus Turn Signal And Parking Light Assembly on 2040-parts.com

2013 Ford Kuga: Price from £20,895

The 2013 Ford Kuga will cost from £20,895 for the entry-level Kuga 1.6T EcoBoost  150PS Zetec, rising to £29,545 for the Kuga 2.0TDCi  163PS AWD Titanium X. The starting point for entry in to the new Kuga is the  1.6T EcoBoost  150PS Zetec with FWD, which costs £1,000 less than the equivalent outgoing model, rising to the range-topping Kuga 2.0TDCi  163PS AWD Titanium X with all its bells and whistles for a shade under £30k. In fact, Ford say that all the like-for-like models in the new Kuga range actually come in at a lower price than the old model, citing the best-selling 2.0-litre TDCi 163PS model which, at £25,545, is £355 cheaper than in the current Kuga.

Stig outed as Ben Collins – again

The Stig is Ben Collins It’s a game Top Gear has played since the days of ‘Black Stig’ (Perry McCarthy – F1 almost was) – Who is the Stig? Not only has it provided the Beeb with an endless run of free publicity as everyone and his dog speculates on the Stig’s identity, they’ve even made money on the back of the Stig’s identity with Stig-focused games and goodies from the gloriously tacky range of Top Gear ephemera. And this last week Stiggy has been in the news as he tries to get his memoirs published – Stig: The Autobiography – much to the consternation of the Beeb, who believe his contract gives him no chance of revealing his identity.

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

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.