Suspension Geometry Explained: Why Your Alignment Actually Matters (Camber, Caster, Toe)

Ever wondered why your car pulls to one side or eats through tires? It's all about suspension geometry. In this video, I'll break down the three critical alignment angles - camber, caster, and toe - and explain the engineering principles behind why they matter. 🔧 What You'll Learn: The three fundamental alignment angles (camber, caster, toe) How suspension geometry affects tire wear, handling, and steering What causes alignment to go out of spec The engineering trade-offs between comfort, performance, and tire life How to read an alignment report When you actually need an alignment (and when you don't) 🔔 Subscribe for more in-depth automotive engineering content every week! #SuspensionGeometry #WheelAlignment #AutomotiveEngineering #CarMaintenance #mechanicalengineering suspension geometry, wheel alignment, camber caster toe, camber explained, caster angle, toe alignment, car alignment, suspension explained, automotive engineering, how suspension works, alignment specs, tire wear, car pulls to side, steering geometry, alignment tutorial, mechanic tips, car maintenance, suspension setup, alignment angles, diy car repair, auto mechanics, kingpin inclination, scrub radius, ackermann steering, car handling, performance alignment