The Automotive Chassis and Principle

Double Wishbone Suspensions

Lamborghini double wishbone suspension.

McPherson Struts and Strut Damper

Toyota MacPherson strut front suspension

Rear Axle Trailing Arm Suspension

Honda CR-Z. H-shaped Torsion Beam Rear Suspension.

Semi Trailing Arm - Rear Axles

Multi - Link Suspension

Multi-link suspension on the 2010 Mercedes-Benz E- Class

1.3.1 Rigid Axle

2010 Dodge Ram 1500.

1.3.2 Semi Rigid Crank Axle

Twist Beam Suspension of the VW Golf IV (1997), VW Bora (1999) and Audi A3 (1996).

1.4 Front Mounted Engine, Rear Mounted Drive

BMW M6 Cutaway.

1.4.1 Advantage and Disadvantage of the front mounted engine, rear mounted drive.

1.4.2 Non-driven front axles

1.4.3 Driven rear axles

1.5 Rear and Mid Engine Drive

Porsche Carrera GT

1.6 Front Wheel Drive

MINI Front Wheel Drive

1.6.1 Types of Design
1.6.2 Advantages and Disadvantages of Front Wheel Drive

1.6 Front Wheel Drive (1)

1.6.3 Driven Front Axles

1.6 Front Wheel Drive (2)

 
 Honda Civic 1992 - 1995. Rear Wheel Suspension.

1.6.4 Non Driven Rear Axles

1.7 Four Wheel Drive

1.7.1 Advantages and disadvantages

2 Tires and Wheels

2.1 Tire Requirements
2.2 Tire Designs
2.3 Wheels
2.4 Springing Behavior
2.5 Non-Uniformity
2.6 Rolling Resistance
2.7 Rolling Force
2.8 Lateral Force and Friction Coefficients
2.9 Resulting Force Coefficient
2.10 Tire Self-Aligning Torque in General
2.11 Tire Overturning moment and Displacement of point of application of force
2.12 Torque Steer Effects

2.1