MATLAB GUI for Magic Formula Tyre Modeling
MATLAB library for magic formula tyre modeling
A multi-body simulation software
A library for simulating vehicles in jMonkeyEngine, with example apps
Estimating nonlinear behaviors of the vehicle tires using the Pacejka tire model.
This is Brian Beckman's paper implementation in Python
Open-source race engineer simulator driven by real-time vehicle dynamics. Drive the strategy, not the car. AI executes. Physics punishes.
Software that tells race engineers the fastest way to drive a car before it's built — using the same class of math (nonlinear optimization) that powers autonomous vehicle motion planning and aerospace guidance.
MATLAB & Simulink vehicle dynamics toolkit — quarter-car to 14-DoF full vehicle, Pacejka tyres, bicycle model. Backbone of the GT3 lap simulator.
C++ library for calculating tire forces using a Pacejka model.
Pacejka Magic Formula tyre model in pure MATLAB — lateral, longitudinal, friction envelope, load sensitivity, per-axle differentiation.
GT3 telemetry analysis toolkit
Pure Rust Pacejka Magic Formula tire friction and vehicle drift physics
Pure model-free RL that drives a GT4 race car at the limit of grip on Catalunya, within 3-4 % of the minimum-time lap: no demonstrations, no reference line, no shield.
Lap time simulator for a Formula Student Electric car — QSS + transient 4-DOF solvers, Magic Formula tyre model, electric powertrain with regen and battery SOC feedback, virtual 7-post rig. Verified against closed-form analytical solutions. Python / NumPy / SciPy.
Dynamics of Vehicles course project: tyre fitting, steady-state handling analysis.
ADAMS 轮胎模型计算器 — Pacejka 魔术公式六力计算与 TIR 导出
Software-in-the-Loop (SIL) co-simulation platform: ABS ECU in C connected to a Python vehicle dynamics “digital twin” (Pacejka) via a custom CRC-framed binary TCP protocol at 100 Hz.
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