veDYNA is the comprehensive software for efficient real-time simulation of vehicle dynamics.
The applications of veDYNA range from conceptual vehicle development at the PC and component tests in virtual or physical test rigs right through to function development and testing of vehicle dynamics controllers in software-in-the-loop and hardware-in-the-loop environments. Different product levels and numerous model enhancements provide an optimum solution for every user.
Product levels for every demand
- veDYNA Standard is the specialized tool for vehicle dynamics analyses with maximum modeling depth and modularity. >>
- veDYNA Light offers intuitive access to vehicle dynamics simulation and real-time applications. >>
- veDYNA Entry is the generic vehicle model specifically for use in education. >>
Model enhancements
- Suspension Analysis
The Suspension Analysis Toolbox efficiently supports the axle development process by generating axle parameters from measurements from K&C test rigs or results of MBS simulations. The computed axle models can be validated on the virtual suspension test rig or modified interactively by a graphical user interface. >>
- Traffic Environment
The veDYNA Traffic module is a tool for the simulation of other cars, obstacles and vehicle sensors. It enables the development of driver assistance systems with information about the vehicle surroundings, such as distance control, lane keeping assistance or parking assistance, in a virtual traffic environment. >>
- veDYNA Truck
The Truck extensions for veDYNA Standard and veDYNA Light are enhancements for the simulation of characteristic properties of commercial vehicles, such as additional rear axles, special suspension types and twin tires. >>
- Hook & Trailer
The Hook & Trailer add-ons enable the vehicle dynamics simulation of a towing vehicle coupled with a multiple axle trailer. >>
- Hybrid Toolbox
The Hybrid Toolbox for veDYNA is an add-on for configuring various topologies of battery-electric and hybrid-electric powertrains from micro to full hybrid. >>