In today’s fast‑paced environment, consistent virtualization across testing systems is essential. It enables earlier validation and issue detection while streamlining development for greater efficiency. However, physical test systems, HIL, and SIL setups often operate in isolation due to incompatible toolchains. AVL Virtual Studio overcomes this challenge by providing a unified tool ecosystem that integrates seamlessly into existing workflows. It harmonizes virtualization across diverse testing environments and simplifies complex hardware and software validation—delivering the flexibility and efficiency required by modern development processes.
Sophisticated Virtualization Made Simple
Virtual Studio integrates smoothly into your existing toolchain, enhancing functionality without adding complexity. It delivers one comprehensive ecosystem across various testing environments—from physical testbeds to HIL to SIL—for a seamless, unified workflow.
Expanded Test Coverage, Earlier Insights
Virtual Studio brings virtualization to the various test environments, enabling a broader range of tests from complete vehicles to advanced electric powertrains. By frontloading development tasks, it delivers earlier insights and reduces the need for costly physical prototypes.
Enhanced Testing With Maximum Flexibility
Apart from offering fully integrated read-to-run vehicle simulation, with Virtual Studio, the engineering and testing responsibles also receive a powerful real-time simulation platform, that allows to leverage existing virtual assets from the simulation teams and, hence, enhance physical testbeds with the power of virtualization.
Bring Your Simulation to Physical Real-Time Testing
AVL Virtual Studio OPEN provides an extendable real‑time environment where customers can integrate their own models—including MATLAB/Simulink, AmeSim, GT‑Power, and others. The ability to synchronize non‑real‑time (Windows-based) simulation with real‑time execution and avoiding complex compiling that dramatically reduces engineering overhead. OPEN suits advanced simulation teams that require flexibility, multi‑tool coupling, and third‑party model integration.
Fully integrated one-click simulation
High-Fidelity Vehicle Simulation for Testbeds
Virtualize your development process from configuration to SOP.
Make conventional engine testbeds ready for hybrid vehicle development.
Simulation plays a critical role in the fuel cell development process, from concept, design and throughout the testing and validation phases and beyond.By embracing virtualization, engineers can frontload development tasks and reduce the number of fu
Increase quality and reduce effort with AVL Virtual Testbed™, a testing environment that is capable of replacing in-vehicle or testbed setups.
Join us in our webinar series focused on optimizing battery testing performance, where we address how the market readiness of new batteries and electric vehicles can be accelerated.
In this webinar, we will focus on how methodology can support the development and testing of battery cells or packs and what improvements can be achieved by applying these methods.
Join our webinar on software-defined vehicle (SDV) development and explore the revolutionary changes in vehicles and development methods focussing on software, E/E architecture and high-voltage integration. Learn more about the impact on test systems such as E/E HIL and get to know AVL's neutral test configuration tool for streamlined SDV testing.
Join us in our webinar series focused on how to accelerate software deployment for software-defined vehicles (SDV). Our comprehensive sessions devided into one main and three deep-dive webinars stress the complexities of accelerating software deployment for the SDV.
Get in touch with our Press-Team
Dr. Markus Tomaschitz, Unternehmenssprecher AVL
Markus Tomaschitz
Company Spokesman