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Victor Martins Outlines Realistic Scope of Williams Simulator Role
Formula 2 driver Victor Martins has detailed his involvement in Williams' development work, explaining how simulator testing fits into the broader engineering team.
By Lesley Bakker - 2026-08-06T14:44:52.000Z - 2 min read
Formula 2 competitor Victor Martins has shed light on his role as a simulator driver for Williams, offering a clear and grounded assessment of how virtual testing feeds into the development of a Formula 1 car. Speaking about his ongoing work with the Grove-based team, the Frenchman detailed how driver feedback in the simulator contributes to the broader engineering process while maintaining a realistic view of how decisions are made inside a modern team structure.
Addressing whether his work has a direct impact on the race car's behavior, Martins explained that the relationship is nuanced. He clarified that while his contributions are built into the development workflow, describing his personal influence as strictly direct would be inaccurate given the scale of the operation behind every iteration of the car.
Martins pointed out that numerous departments and personnel across the organization are constantly analyzing data and looking for areas of improvement. Because car development relies on inputs from aerodynamics, dynamics, design, and trackside engineering, no single simulator session or driver report operates in isolation when directing technical choices.
However, Martins stressed that taking part in car development remains a central function of his responsibilities. Simulator drivers are regularly tasked with evaluating potential setup paths, testing virtual updates, and assessing balance changes to help engineers decide which concepts merit further investigation before physical parts reach the track.
This methodical testing process allows teams to screen potential solutions in a controlled digital environment. By providing consistent driver feedback on handling characteristics and transient vehicle behavior, simulator drivers help validate engineering hypotheses generated by design offices and aerodynamicists.
For a driver competing in Formula 2, maintaining an active role inside an F1 team's development pipeline offers valuable exposure to high-level technical communication and engineering methodology. The precision required during simulator runs demands clear reporting and consistent driving to ensure that data gathered in the virtual rig accurately reflects expected on-track behavior.
Ultimately, Martins' description underscores the collaborative nature of modern Formula 1 technical development. While simulator drivers play an active and necessary role in evaluating performance concepts, their work forms one part of a multi-faceted system designed to refine car performance through continuous team effort.