advancedVehicle Dynamics

Engineer downforce you can actually use

For advanced owner-engineers and race teams who already understand vehicle dynamics and want to turn airflow into measurable, balanced lap-time performance. The course teaches how to reason from pressure, drag, downforce, ride height, and aero balance to practical wing, bodywork, diffuser, and test decisions.

7 hours35 lessons0 enrolled

Course Outline

Module 1: Model aero as speed-dependent load

Build the vocabulary and mental model for drag, downforce, center of pressure, and speed sensitivity before touching devices.

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Guide

Learning Hub

In-depth articles on car control, racecraft, mental game, and more.

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Guide

1.3 Locate the center of pressure from balance changes

1.4 Read aero behavior through handling

1.5 Set the aero objective before you trim the car

Module 2: Shape the whole car's airflow

Treat the car as an interacting pressure body, not as isolated wings bolted to a chassis.

Module 3: Make wings and devices earn their drag

Use incidence, clearance, attachment, and front/rear distribution to tune devices as part of the car.

Module 4: Control the aero platform

Connect ride height, platform motion, and underbody behavior to aero balance and repeatability.

Module 5: Trade downforce against drag

Make disciplined choices when more grip costs straight-line speed, acceleration, or efficiency.

Module 6: Measure and visualize performance

Use data and simple flow evidence to prove what the air is doing before redesigning parts.

Module 7: Turn findings into a tuning plan

Convert driver feedback, data, flow evidence, and traffic effects into aero-specific next steps.

Skill Progression

Track your mastery across the full 220-skill progression system.

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Car

Car Guides

Detailed build paths, costs, and racing class eligibility for popular track cars.

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Track

Track Database

Browse 82+ tracks with corner guides, facilities, and conditions.

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Driving Techniques Guide

Comprehensive guide to trail braking, weight transfer, and racing line.

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