Racing Chassis And Suspension Design Carroll Smith -

Features that minimize ride height changes during heavy braking or acceleration.

Smith argued that most designers fail not because they don't understand kinematics (the study of motion), but because they ignore elastokinematics (the study of motion under deflection). His write-up on chassis and suspension design begins with a single mandate: Racing Chassis And Suspension Design Carroll Smith

Defining how a car rolls to optimize weight transfer. Features that minimize ride height changes during heavy

He famously calculated that in terms of ride quality and tire contact consistency. He famously calculated that in terms of ride

In the pantheon of motorsport engineering literature, one name sits on a throne welded from 4130 chromoly tubing and forged in the fires of the Can-Am and Formula One. That name is .

He explained the Roll Center (RC) simply: It is the point in space about which the chassis rolls. However, he warned of the Roll Center Swing . As a suspension moves through its travel, the RC moves. If your RC swings wildly from left to right, you introduce jacking forces —the car physically lifts or lowers itself during cornering.

: The final sections explore modern racing materials, particularly the use of carbon fiber within regulatory limits. Amazon.com Product Overview