MATLAB / Simulink · Module 04 / 06

VEHICLE MODEL

Multi-DoF planar vehicle model with load transfer, anti-geometry, and aero maps. Newton-Raphson steady-state solver around a Simulink plant.

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Validation pack ships pre-launch · Early-access discount for registrants

Eight topics this module covers. Full details at release.

State vector covering yaw, roll, pitch, heave, and wheel rotations
Dynamic load transfer: lateral, longitudinal, jacking, anti-dive, anti-squat
Suspension geometry inputs: roll centres, instant centres, anti-percentages
Aero map (CL_front, CL_rear, CD) evaluated at every state
Newton-Raphson steady-state solver with Jacobian damping
Yaw moment diagrams (MMM) at trim conditions
Equilibrium maps over speed and steering input
Simulink plant with hooks for transient and frequency-response sweeps

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First look at validation plots, deltas, and worked examples
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Upstream · pre-launch preview

Pacejka Magic Formula fitting from raw tyre rig data. Produces the .tir input this module consumes.

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