Using the most advanced vehicle dynamics simulation tools, such as the VI-Grade software suite, our engineers are able to evaluate upfront a number of design alternatives in terms of macro vehicle architecture as well as detail set-up parameters, and to generate performance predictions of the model and its subsystems on any given driving mission.
Our team is eventually able to design and validate on road the best suspensions system given the required target performances. We have also developed and realized an original Torque Vectoring system to enhance handling performance of a fully electric supercar.
Using the most advanced vehicle dynamics simulation tools, such as the VI-Grade software suite, our engineers are able to evaluate upfront a number of design alternatives in terms of macro vehicle architecture as well as detail set-up parameters, and to generate performance predictions of the model and its subsystems on any given driving mission.
Our team is eventually able to design and validate on road the best suspensions system given the required target performances. We have also developed and realized an original Torque Vectoring system to enhance handling performance of a fully electric supercar.