This video breaks down the build system for the BMW GT3 in AC EVO in 30 minutes

This video breaks down essential car setup parameters, starting from basic fuel and energy management to advanced mechanical adjustments.

Learn how to optimize braking, tire pressures, and suspension geometry to improve handling, confidence, and consistency on the track without spending hours on trial and error.

This video explains how differential preload, coast, power ramp, traction, and rear wheel behavior influence corner exit stability.

Improve your understanding of car setup engineering and stop losing lap time from unnecessary wheelspin.

Learn the exact process of building a GT3 race setup from scratch. Understand what parameters to test, what setup changes matter most, and when to make adjustments.

Build faster setups without getting lost in endless setup options.

Learn how anti-roll bars, suspension balance, weight transfer, and tire loading affect mechanical grip in sim racing.

Understand how to create more cornering grip and improve car balance through setup changes.

Learn how downforce, drag, ride height, rake, and aero balance affect car performance in sim racing.

Understand how aerodynamic setup changes improve cornering speed, stability, and top speed on different track layouts.

This deep dive explains spring stiffness from first principles: how it controls mechanical grip (tire load vs aero grip), platform stability under downforce

How third springs manage vehicle aerodynamics and mechanical grip to prevent bottoming out at high speeds.

This guide details how to adjust ride heights and suspension settings to achieve a balanced, predictable car setup regardless of driving skill.

This video, explores how brake bias functions as a fundamental constraint within a complete car setup.

By analyzing the interaction between grip circles, suspension geometry, and thermal management, this guide demonstrates how adjusting this setting influences mechanical balance and unlocks new possibilities for tuning vehicle behavior on the track.

This video, explains a systematic approach to hypercar setups, starting with basic differential and suspension adjustments for stability.

The guide advances to fine-tuning aerodynamics and third spring settings to manage ride height and rotation across different speeds and tracks.

explains how adjusting bump and rebound settings influences car stability and ride height control, rather than just acting on curbs.

Learn a straightforward approach to testing damper adjustments to make any vehicle calmer and more predictable on different track surfaces.