Can you guess all the tyre damages? Blistering and Graining are only two of a bunch you can find in this article. Do you know them all?
Which are the dynamic properties of tyres? Radial run out and lateral run out are the topics of the article. The impact of force variations on performances.
The meaning of tire code explained. How to check the size of your tires? Tire label and DOT specifications.
Practical models for representing tyre behaviour: brush model tire and Magic formula explained.
The role of the rolling resistance in tyre modeling. The trick behind the Tesla Cybertruck challenge vs Ford hides on the low rolling coefficient.
Model of a tyre for motorsport performance. The longitudinal forces: what are slip angle and slip ration and how they influence vehicle performance.
F1 telemetry is the key to collect data. g-g diagram and pneumatic trail explained to obtain the optimal tyre grip. Load sensivity and slip angle.
The toe definition deeplt affects the performance of a car. Why wheel toe alignment is important for stability and vehicle dynamics.
Why positive and negative caster angle affect performance? The explanation of caster angle and the caster-camber relation on a race car.
What is the camber? The setup of the camber and its influence on vehicle dynamics is introduced. The impact on handling and time attack of camber angle.
What's the advantage of a larger tyre contact patch? A simple insight to understand the way to performance on a race car.
What's the difference between tire construction types? The advantages of cross ply and radial construction. Choose the best for your car.