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Toyota Yaris Hybrid-R concept (2013) at Frankfurt motor show

Toyota has released fresh information regarding its 414bhp supermini concept ahead of its debut at next month’s Frankfurt motor show. The Yaris Hybrid R drivetrain features Toyota Motorsport’s 1.6-litre racing petrol engine to power the front wheels and twin electric motors generating 60bhp apiece to run those at the back, giving the car all-wheel drive and a combined output of up to 414bhp. The car also makes use of a supercapacitor inspired by Toyota’s TS030 Hybrid Le Mans racer – energy generated under heavy braking is stored and can be quickly deployed to the rear wheels for an extra burst of power.

Lamborghini Urus SUV confirmed for 2017 – again

The Lamborghini Urus SUV (pictured) has been signed-off for production by VW It’s already two years since the Lamborghini Urus SUV went from speculation to reality as a concept version arrived at the 2012 Beijing Motor Show. Since then we’ve had speculation that, apart from being underpinned by the next generation large SUV platform from VW, which will underpin everything from the Bentley Falcon SUV to the next generation Audi Q7, the Urus will probably be fitted with a twin-turbo V8 delivering around 600bhp, a take on the 4.0 litre twin turbo used by Bentley and Audi. We’ve also had confirmation from a Lamborghini source that the Urus SUV will launch in 2017 and spearhead Lamborghini’s drive to reach annual sales of 3000 cars.

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.