Evaluation and tuning of steering, brake and chassis systems – from simulation to the road

KPI-Based vehicle dynamics development for a brand-specific performance DNA

With the transition to software-defined vehicles, steer-by-wire systems, and highly integrated driver assistance functions, chassis development is undergoing a fundamental transformation. Traditional tuning processes are reaching their limits. Subjective evaluations, inconsistent results between simulation and road testing, and a lack of comparability across development phases lead to uncertainty — and jeopardize a clearly defined performance DNA.

This is exactly where we come in. We transform subjective driving perception into measurable, reproducible performance. Through a consistent vehicle dynamics evaluation across simulation, HiL, DiL, and road testing, we enable OEMs to establish a seamless and comparable development workflow.

Objective testing and benchmarking

Benchmark-Test zweier Fahrzeuge im definierten Slalom-Parcours zur objektiven Messung und Bewertung von Fahrdynamik, Handling und Lenkperformance.

  • KPI based evaluation of steering, braking, and suspension systems.
  • High precision, engineer independent results for reliable comparisons.
  • Integrated testing services supporting system and vehicle evaluation.

Steering, brake, ride and handling tuning

Driver-in-the-Loop-Simulation zur Abstimmung von Lenk-, Brems- und Fahrkomfortsystemen im Rahmen der Fahrdynamik-Entwicklung

  • Objective and subjective tuning of steering feel, brake feel, and ride comfort.
  • Measurable, repeatable parameters minimize subjective dependency.
  • Enables OEMs to build consistent, quantifiable vehicle performance DNA.

Development of advanced chassis and control systems

Ingenieure testen ein Steer-by-Wire-Fahrwerkssystem mit Force-Feedback-Aktuator im Fahrdynamik-Prüfstand zur Entwicklung und Validierung von Lenk- und Fahrwerksfunktionen.

  • Development of chassis systems including steer by wire and semi active MR technologies.
  • High fidelity modelling, parametrization, and validation for full vehicle and subsystem models.
  • Real time (RT) model preparation for HiL, DiL, and simulator environments.
  • Holistic driving experience development for systems interactions e.g. Lane keeping and steering feel

Motorsport Engineering Excellence

Driver-in-the-Loop-Fahrversuch zur präzisen Lenkungsentwicklung für hochperformante Fahrzeugsysteme unter motorsportnahen Anforderungen.

  • Expanded steering development capabilities designed for the extreme demands of top‑tier motorsport.
  • A clear milestone showcasing our progression into truly high‑end engineering complexity.

End-to-End Workflow

We ensure consistent vehicle dynamics evaluation across simulation, HiL, DiL, and road testing — without discontinuities between development phases.

  • Static and dynamic Driver-in-the-Loop (DiL) studies using advanced driving simulators.
  • From component models to full vehicle integration — including software tuning for software-defined vehicles.
  • Continuous parameterization and validation across all system levels.
  • Consulting on development processes and the definition of brand-specific performance DNA.

This is how vehicle dynamics becomes measurable, reproducible, and consistently brand-defining.
Let’s talk about your vehicle dynamics challenges.

Matthias Niegl
Head of Vehicle Dynamics
+49 1732 3968 18
solution@mdynamix.de