Virtual Proving Ground Testing Moving to a virtual proving ground allows a fundamental shift in your ability to test and measure the performance of your design. We offer solutions for Driver-in-the-Loop testing at a virtual proving ground or fully virtual testing using programmable driver models that recreate the complete test procedure.

Simulate your proving ground tests

Using comprehensive vehicle models and driver models you can recreate your physical test procedures in simulation allowing them to become repeatable and enabling even small changes in performance to be measured.

Virtual test track

Using LiDAR survey data of a proving ground you can recreate the road surface in rFpro Terrain Server or using open standards like OpenCRG and OpenDRIVE.  The virtual vehicle can then be driven over the digital twin to understand all the forces and torques acting on the vehicle.

Explore system interactions

Using multi-domain vehicle models we can investigate the interaction between the various vehicle systems to understand how the mechanical, cooling, electrical and control systems all respond during your test procedures.  This can all be done before physical prototypes are available for testing.


Use simulation with a real test driver on a workstation or in a full motion driving simulator to close the gap between the simulation and real world testing.  Simulation with a driver model makes a test 100% repeatable but a human driver is sensitive to many things that we don’t often have metrics for.

FTire integration

To virtualise proving ground tests so that they can replace physical testing usually requires a high fidelity model of the road surface which in turn requires a tire model suited to high frequency and short wavelength excitation.  FTire, from Cosin Scientific, provides such a capability and is supported through an interface in VeSyMA – Suspensions allowing high frequency road inputs to be fed through into the MultiBody suspension model


To effectively virtualise proving ground tests you also need to be able to quickly post process results from multiple simulations.  The Multirun tool can be used to run multiple simulations in parallel and compare results to a reference set to quickly identify changes. The Python interface can also be used to run and analyse simulation results.

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Dymola Dymola logo Component orientated physical modelling of multi-domain systems using the Modelica modelling language Suspensions Vehicle dynamics for road vehicles with MultiBody suspensions and drivers to recreate test procedures from the track rFpro rFpro logo Driving simulation for with accurate digital twins of worldwide race tracks with support for full motion platforms MultiRun MultiRun tool for Dymola Parallel simulation of Dymola models with automated comparison against existing results to identify changes FMI FMI logo Using FMI we can help you maximise the value in your models by making them more accessible in other tools. Training Training Instructor led training courses covering Dymola, Modelica, and rFpro. All delivered online via web meetings Modelica Libraries Modelica Libraries Logo Wide range of Modelica application libraries for vehicle dynamics, batteries, powertrain, hydraulics and more EPTL Electric Powertrain Model the complete electric powertrain with varying levels of fidelity from energy based to detailed physics. Powertrain Modelica library for powertrains and gearboxes to analyse their dynamics as MultiBody systems


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