Lamborghini Electric Supercar
Energy materials storage propulsion design and emotion.
Lamborghini electric supercar. Lamborghini and mit sought to develop a supercar for the generation after the next that focuses on five distinct areas. The luxury and the elegance are at the heart of the asterion driving experience as demonstrated by the use of special materials such as aluminium forged carbon fiber and titanium. Lamborghini terzo millennio develops through 4 pillars. According to reggiani an electric lamborghini supercar needs to achieve a top speed in excess of 186 miles per hour 300 kilometers per hour and the batteries need to allow for three laps of.
As for lamborghinis more serious electric car efforts we learned last year that the automaker could be building an all electric supercar based on the porsche mission e platform and that they. The supercar hybrid world continues to expand with the unveiling of the lamborghini asterion lpi 910 4 at the 2014 paris auto show. The technological goal of the project is to enable lamborghini to address the future of the super sports car in five different dimensions. Instead the body of the lamborghini terzo millennio.
Featuring a total system output of 910 horsepower from a. The next generation of lamborghinis could act as their own super. Lamborghini unveils a self healing electric supercar the terzo millennio concept is what can happen when mit gets in the car game. Energy storage systems innovative materials propulsion.
To plan its path through the electric super sports car lamborghini defines the requirements of the third millennium in terms of energy storage and innovative materials to secure the most emotional and ultimate driving experience.