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the problem is not getting weight forward, it is the availability of range of motion at the ankle or at least the entrapment of a nerve at the ankle when the ankle is flexed forward, in this kind of case the solutions are to raise the heel a little to increase the available range of motion at the ankle, making the cuff of the boot more vertical will further increase this available range, stiffening the cuff will give resistance when the skier bends the ankle, the resitance allows pressure transmission to the ski before the range of motion that is available is used up
heel lift is an interesting thing, most people assume that it will get weight forward, often times it will induce the opposite effect, if the ramp angle inside the boot, combinded with the binding delta angle is too great for the available range of motion at the ankle, the skier will drop the hip back to comensate....lifting the toe of the boot either by adding a race plate to the boot sole or a lifter under the toe piece of the binding can aften have a much more dramatic effect at getting the weight forward......or at least allowing the skier to pressurise the front of the ski, it opens all the joints in the lower kinetic chain and allows a much more progressive and dynamic flex....on a side note rental bindings tend to have a massive amout of delta angle with exasserbates the problem
people may have already guessed that the key to this is AVAILABLE range of motion and overall set up
www.solutions4feet.com ski boot fitting for comfort and performance
Edited 1 time. Last update at 05/02/2009 19:43:43
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