Extreme Cars

Friday, November 18, 2011

Sunday, November 13, 2011

2012 sports cars

Morgan was one of the first car companies to see the advantage of a bonded aluminium chassis to give rigidity but also to save weight. The 2012 Morgan Sport Car EvaGT uses a further developed version of the bonded aluminium chassis of the Morgan Aero SuperSports, a chassis that successfully competes in International GT3 Sports Car Racing. Compliant with European and US safety approvals.

The Morgan Motor Company has been making new cars all along. Morgan used the unveiling of the EvaGT sports car to again commit to releasing a brand new model every two years, with new niche markets in mind. It says the EvaGT is a four-seater coupe with a bit of “automotive theatre” aimed at young sporting families, while it also has plans for “a fun weekend vehicle” and, most intriguingly, an “electric sports car”.

The Morgan Motor Company is the last survivor of these British sports car manufacturers. Morgan sports car has a history of successful collaborations with German suppliers BMW, Siemens and Bosch. But Morgan also works with a number of young engineering companies in the United Kingdom and with world class British university research departments.

The Pebble Beach Concours d’Elegance is one of the most prestigious automotive events of the year, and is drawing the attention of more and more high-end manufacturers. Count Morgan among them, as the company has just debuted the stunning Morgan EvaGT 2+2.

Morgan sports cars achieves this result with the use of the new Ford 1.6 Sigma engine coupled with a light chassis. Morgan currently has a young well qualified technical team working towards a potential 5 engineering PHD's, who will make full use of research departments at the University of Oxford, Cranfield and Birmingham City to tap into a technical knowledge network to make more efficient cars. This team is helping to develop a high torque electric motor twice as powerful as others of the same weight and size and a powerful lithium phosphate battery with a higher charge density to achieve the most efficient performance for weight so far.