Suspension Geometry Calculator
Calculate your vehicle’s suspension geometry with our comprehensive calculator. Determine camber, caster, toe angles, and other critical suspension parameters for optimal handling and tire wear.
Step 1: Vehicle & Alignment Basics
Understanding Suspension Geometry
Suspension geometry refers to the angles and dimensions that determine how your vehicle’s wheels interact with the road. Proper geometry is critical for handling, tire wear, and stability.
Step 2: Alignment Angles
About Alignment Angles
Camber affects tire wear and cornering grip. Caster affects steering feel and straight-line stability. Toe affects tire wear and steering response. Each vehicle type requires different optimal settings.
Suspension Geometry Results
Overall Geometry Status
Vehicle Alignment Comparison
| Vehicle Type | Camber | Caster | Toe | Status |
|---|
Angle Impact Analysis
Suspension Geometry Formulas
Key Suspension Calculations
Scrub Radius = (Wheel Offset + (Tire Width/2)) – (Kingpin Inclination × Wheel Radius). Camber Gain = (Wheel Travel × Camber Curve) / Suspension Travel. Proper geometry calculations ensure optimal tire contact patch and handling characteristics.
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