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The rate of a spring is the amount of force necessary in pounds to compress the spring one inch. In our example it takes 600 lb. force to compress the spring one inch. So it will take another 600 lb. (total 1200) to compress it the second inch.
Rear shocks normally work with ratios of between 2 and 3.5 to 1. So on a bike with a 3:1 ratio, when the rear wheel moves 3 inches the rear shock moves 1 inch. If a 600 x 2.00 spring was fitted it would take 200 lb. of force at the rear wheel to move that inch.
il mio dubbio è il seguente , quanto il rapporto di leva aumenta sulla sospensione si scarica 1 forza minore quindi ci vorrebbe 1 molla di morbida ? Rispondetemi in tanti
The rate of a spring is the amount of force necessary in pounds to compress the spring one inch. In our example it takes 600 lb. force to compress the spring one inch. So it will take another 600 lb. (total 1200) to compress it the second inch.
Rear shocks normally work with ratios of between 2 and 3.5 to 1. So on a bike with a 3:1 ratio, when the rear wheel moves 3 inches the rear shock moves 1 inch. If a 600 x 2.00 spring was fitted it would take 200 lb. of force at the rear wheel to move that inch.
il mio dubbio è il seguente , quanto il rapporto di leva aumenta sulla sospensione si scarica 1 forza minore quindi ci vorrebbe 1 molla di morbida ? Rispondetemi in tanti