01
Tire Modelling
Development, parameterization, validation and application of tire models for vehicle simulation and engineering analysis.
Independent Tire Engineering and Tire Modelling Consultancy
Specialist tire engineering for objective decision making.
Remove the guess work from tire engineering. Replace it with data driven objective analysis.
Services
Targeted technical support across the tire-development process.
Support can be provided for a focused analysis, an urgent technical problem, an ongoing development program or additional specialist engineering capacity.
02
Simulation & Analysis
Vehicle and tire performance studies covering handling, ride, durability, efficiency and competing attribute requirements.
03
Test Data Interpretation
Structured analysis of objective test data, model correlation, measurement quality and physical tire behavior.
04
Tire Development Support
Requirements, target setting, supplier discussions, design reviews, trade-off studies and technical decision support.
05
Tools & Automation
MATLAB and Python engineering tools that reduce repetitive analysis, standardize methods and improve reporting speed.
06
Independent Technical Review
Clear, impartial assessment of models, test methods, supplier claims, development risks and proposed technical solutions.
Technical Expertise
Bridging tire data, simulation and vehicle-level performance.
Traction Engineering Services helps teams convert complex data into defensible engineering conclusions and practical development actions.
- Tire force and moment data analysis
- Tire Model fitting, parameterization and validation
- Simulation-to-test correlation
- Handling, steering and ride investigations
- Rolling resistance and efficiency trade-offs
- Durability and load-case assessment
- Supplier technical liaison and review
- MATLAB and Python analysis development
- Engineering reports and executive summaries
Approach
Clear scope. Rigorous analysis. Useful answers.
1. Define the decision
Clarify the engineering question, available evidence, constraints and required outcome.
2. Assess the data
Review test quality, assumptions, models, methods and gaps before drawing conclusions.
3. Perform the analysis
Apply appropriate modelling, simulation, statistical and engineering methods.
4. Deliver the answer
Provide clear findings, limitations, recommended actions and supporting technical evidence.
Need specialist tire engineering support?
Send a brief description of the technical problem, program or capability gap. Confidential discussions and flexible engagement structures are available.