Steer-by-wire systems bring a major shift from mechanical control to digital precision which introduces a new set of challenges to how to test and validate performance. Drivers function as dynamic sensors with perception thresholds that challenge even the most advance instrumentation. Drivers react to subtle shifts in steering function with surprising sensitivity, which makes capturing data with pinpoint accuracy critical. This talk explores how modern testing methods, including synchronized data acquistion and advanced signal analysis, help engineers evaluate and design SbW systems that more closely match how drivers experience the road.

• How Steer-By-Wire systems change the dynamics of vehicle control and driver feedback, due to the crucial role human sensitivity plays
• How modern sensor and telemetry solutions enable real-time, reliable data collection in challenging testing conditions
• How testing methodoligies are evolving to support autonomous driving platforms
• The importance of precision and accuracy in SbW solutions due to the human-machine interface
• Why high-resolution and synchronized measurement data are essential for accurage system validation