| 4.
Legs Across Centre of Gravity
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Players
that wide track also are less efficient in their skating. If you watch
on slow motion video you see that as soon as the retracting leg lifts
off the ice to return, the opposite supporting leg starts to extend
out on the other side. If part way through the extension of the other
leg, the retracting leg plants its skate blade on the ice, then we have
a situation where part of the body is being pulled one way, and another
part is pulled another way. Consequently, the body uses a lot of energy
fighting itself, so to speak.
When a player retracts his leg across the centre of gravity, all the energy he uses to pull that leg back in is used to help drive the other leg out when the retracting leg comes across the centre of gravity, almost touching the heel of the other skate (see photo). |
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We
work on applying this principle in game situations. If speed is the
issue, i.e. a sprint for the puck, then the legs should be retracted
across the centre of gravity. However, players are not as stable skating
with the legs crossing the centre of gravity as they are wide tracking.
Consequently, in tight situations where contact is imminent, players
are trained to widen there stance to adjust for these situations in
a game. European skaters tend to skate more with their legs coming across
the centre of gravity and there seems to be a greater tendency for North
American skaters to wide track. This may be a result of a greater emphasis
in North America on hitting in the game. Regardless, we try to make
our players aware of the game situations in which their skating stride
should adjust.
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