Virtual Prototyping Software for Automotive
Powering the Future of Mobility with Virtual Prototyping
Physical crash tests are costly and time consuming. Virtual crash simulation enables early safety validation reduces prototype needs and accelerates compliance with global standards.
Predict and optimise interior and exterior noise performance early in the design to enhance passenger comfort and meet acoustic targets before physical prototypes are built.
Casting simulation predicts defects such as porosity, shrinkage, and hot spots, enabling automotive manufacturing teams to ensure component strength and durability before tooling.
Stamping simulation identifies springback, splits, and thinning risks early, enabling engineers to deliver precise automotive body structures while reducing costly trial and error tooling loops.
Validate assembly processes, ergonomics, and operator safety in immersive virtual environments before physical prototypes exist this approach reduces risk and ensures compliance with human factors standards.
Digitally pre-certify vehicle safety with lifelike human body models and full crash scenarios.
Simulate folding and deployment with precise gas flow modeling across crash types.
Achieve first-time certification and optimize performance from cell to full vehicle.
Virtually test for durability, misuse, and reliability—even with lightweight materials.
Predict fluid dynamics and optimize water drainage to prevent damage and ensure reliability.
Simulate seat structures for strength, safety, and comfort—balancing crash performance with ergonomic design.
Full vehicle simulation models and optimizes components and complete vehicle systems to ensure design intent and improve performance. Digital proving ground testing supports powertrain, chassis, dynamics, gearbox, controls, and energy system integration.
Vibro acoustic simulation enables engineers to predict and reduce cabin noise from engines, HVAC systems, and wind noise, while improving speech intelligibility and optimizing PA system performance for quieter, more comfortable interiors.
Simulation predicts exterior noise for vehicles, aircraft, and ships under real conditions, enabling reliable assessment of noise performance across realistic operating scenarios before physical testing.
Validate the entire casting process of large complex models from die pre-heating, filling, solidification, in die cooling, part ejection, trimming, and out of die cooling.
Customers, assemblers, and technicians experience designs early in a true-to-life digital environment. This minimizes waiting, limits costly physical prototypes, supporting better, more successful production launch and sustainable maintenance.
Discover Automotive Resources
eBook
Experience Your Future Products and Processes. Through the World of Immersive Virtual Reality.
White Paper
How Virtual Prototyping Accelerates Vehicle Development
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