
Zouch Dynamics Ltd - Bringing Simulation Closer to Reality

VI-Motorsport is an advanced software environment for vehicle modelling and dynamic analysis, which helps race car designers and track engineers to predict vehicle performance when set-up parameters are modified, both before the car is built and also in support of testing and race events.
VI-Motorsport is based on a faster-than-real-time simulation solver which can predict the virtual car behavior, and has been extensively validated against test data in various race car series. The VI-Motorsport environment is complemented by the ability to create road data (both driverlines and tire contact profiles) starting either from GPS, laser or telemetry data measurements, or from a fully analytical description.
Finally VI-grade’s advanced driver model, VI-DriverR, allows users to drive the vehicle model around the specified track and to find the limits of the car.
For all those companies involved in the process of finding best vehicle set-up and performance whilst at the same time limiting economic resources, VI-Motorsport is an unprecedented support and a revolutionary aid to the engineering team.
VI MotorSport comprises a number of individual software tools:
VI-Motorsport contains a computationally fast and accurate
vehicle model including all its subcomponents(suspensions, tires,
aero, powertrain, differential) and an industry-proven driver
algorithm. The virtual vehicle is driven through closed loop
simulations by the virtual driver. The vehicle model building process is
supported by an easy-to-use Graphical User Interface. It is possible
to model suspension subsystems and to review results in terms of
plots and animations.
It is also possible to export results from VI-Motorsport in a format readable by major data logging systems in order to make it easier to compare results from simulations and results from telemetry.
VI-Motorsport helps racing teams to reduce time needed to find the best set-up for a given car on a given circuit and to explore more design variants in less time.