Shock Absorber Valving Calculator

Shock absorber valving refers to the internal valve system that controls oil flow and creates damping force. Proper valving ensures optimal suspension performance, vehicle control, and ride comfort by matching damping characteristics to your specific vehicle and driving needs.

Spring rates depend on your vehicle weight, weight distribution, and desired ride frequency. Use the calculator inputs to experiment with different rates. Generally, heavier vehicles need higher spring rates, and performance applications benefit from stiffer springs.

Compression damping controls how fast the shock compresses when hitting a bump, while rebound damping controls how fast it extends back out. Proper balance between both is crucial for stability and comfort.

Ride frequency determines how quickly your suspension oscillates. Lower frequencies (0.8-1.2 Hz) provide comfort, while higher frequencies (1.4-2.0 Hz) offer better handling and reduced body roll for performance driving.

Choose 0.5 for maximum comfort, 0.7 for balanced street driving, 0.9 for sporty handling, or 1.2 for racing applications. Higher ratios provide quicker settling but firmer ride quality.

Yes, the fundamental physics calculations apply to all shock absorbers. However, specific shim stack recommendations may vary between manufacturers due to different valve designs and tolerances.

Recalculate when you change vehicle weight, spring rates, or driving style. Also consider recalculating when switching between different applications like street driving and track use.

Professional valving requires specialized tools, shims, and knowledge. While this calculator provides the target settings, actual valve modification should be done by experienced suspension technicians or sent to a professional rebuilder.