One workflow for powertrain and vehicle motion calibration
As vehicle systems become more integrated, the complexity of calibrating vehicle motion – from braking to torque control – grows exponentially. Modern vehicle control units (VCUs) present significant hurdles for calibration and validation teams and engineers need a way to see the full picture without getting lost in the noise.
Key challenges
Complex system interactions
Changes in one domain, like braking or energy management, have unpredictable effects on others, making cause-and-effect analysis a constant struggle.
Elusive data capture
Powertrain and vehicle motion events are brief and dynamic. Reliably capturing high-bandwidth ECU and bus data at the exact moment an event occurs, without data loss, is a major challenge.
Massive data overload
Test drives generate terabytes of data, but the real bottleneck is sifting through it all to find relevant events, extract insights, and make clear calibration decisions.
Variant management and reproducibility
Juggling multiple software versions, datasets, and vehicle configurations makes it difficult to compare results and efficiently transfer calibrations across different programs.
Your benefits
Reliable event capture
Never miss a critical event again with high-bandwidth, synchronized data acquisition that supports reliable capture of relevant events without data loss.
Faster, confident decisions
Move from data overload to clear insights, enabling quicker and more accurate calibration adjustments.
Reduced system complexity
Gain a clear, unified view of cross-domain interactions, making it easier to manage and understand system behavior.
Improved efficiency and reuse
Easily compare results across tests, vehicles, and teams, and efficiently transfer calibrations across projects and variants.






