Arias Pistons 12.5:1 Compression 82mm Bore Honda B-series on 2040-parts.com

MG Rover – Serious Fraud Office (SFO) to investigate

The Rover 75 Coupe - one of MG Rover's last big ideas before its collapse in 2005 MG Rover was bought from BMW for the princely sum of £10 after BMW had had enough of trying to make a viable company out of a business that was still undermined by the woes – and attitudes – of the British Leyland years. That £10 purchase price also came with £425 million in loans from BMW, so MG Rover had a chance. But the collapse, and the subsequent sale of the rights to the MG trademark to SAIC (Shanghai Automotive Industry Corporation), brought accusations that the ‘Phoenix Four’ – Directors and owners of MG Rover – has acted fraudulently when it was revealed they had acquired more than £40 million in pension rights, salary and assets in the intervening five years between purchase from BMW and collapse.

New (2014) BMW M3 and M4: OFFICIAL

The new BMW M3 (pictured) debuts along with its coupe sibling, the BMW M4 (below) We’ve had teases from BMW for the new M3 and M4 but now, ahead of a public debut at the Detroit Auto Show next month, we get the official details. Key to the four-door M3 and 2-door M4 is the new 3.0 litre engine, a new turbo, direct injection in-line six petrol which produces 425bhp and a very healthy 405lb/ft of torque from just 1850 rpm. That sort of grunt is enough to get the M3 and M4 to 62mph in 4.3 seconds with the standard six-speed manual, but opt for the seven-speed DCT ‘box and it’s even quicker – just 4.1 seconds.

Kia uses wind power to lower emissions and boost economy

Kia's new Aero-Soul concept utilises wind power to lower emissions and boost economy [ad#ad-1] In a dramatic, and very cost effective manner, Kia has revealed the new Aero-Soul concept, which aims to drastically reduce Co2 emissions and improve economy by harnessing the power of the wind, in a low-cost solution called Air Propulsion and Retardation Installation Line. In simple terms, the A.P.R.I.L system uses small sensors built in to the front and rear of the car to monitor wind forces, and deploys wind chutes at the front or rear of the car to aid in braking or forward propulsion. So at cruising speeds if the wind behind the car is strong – such as in winter gales – the panels will harness wind power to provide forward motion.