Hockey sticks have evolved substantially from the early days of the game. These first sticks were hand carved in one piece by the Nova Scotia Mi'kmaq people from the Hornbeam or "Ironwood" tree. Later, as the Hornbeam stocks were depleted, the Mi'kmaq turned to yellow birch or ash to produce their hockey sticks as these hardwoods have similar characteristics to the Hornbeam.
By the 1920's sticks were crafted almost exclusively from ash. Although durable they were very heavy and cumbersome. The first major innovation in the manufacture of hockey sticks didn't come about until the 40's when the laminated stick was created. Fiberglass was added to the lamination process inagel
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vietnam lừa đảo the 1960's thus greatly improving the flexibility and durability of the sticks. Manufacturers began to experiment with metal alloys in the 1980's and produced aluminum sticks constructed in one piece. These proved to be unpopular with players because they lacked the necessary "feel". This problem was resolved by adding a wooden blade to the aluminum shaft. Today, wooden and aluminum sticks are being replaced by much lighter but far more expensive composites such as fiberglass and graphite or carbon fiber. Titanium and Kevlar are also being used. These composite sticks can cost more than $200.00 while the wooden varieties are in the $40.00 range.
Hockey players in the 1950's and 60's discovered that the more curved the stick blade, the more erratic the shot. They would "soak" the blade of the stick to make them more flexible and then impart a bend as severe as 3". These extreme curves did, however limit the player's ability to handle the puck and made accurate passing more difficult. Today's sticks are legally limited to a curve of no more than 3/4 of an inch. The location of the curve also makes a difference - a heel curve is generally preferred by the defencemen because it provides for a harder slap shot whereas forwards will usually favor a toe curve as it allows for more accurate wrist shots and better stick handling.
The length of the hockey stick will be determined by the size of the players themselves. Actual size restrictions for both regular sticks and goalie sticks are found in the hockey rulebook. The angle of the blade to the shaft called the "lie" is also determined by the size and stance of the player. The greater the "lie" the straighter the stick will stand. Another variable is the angle of the face of the blade itself. The greater the angle, the higher the trajectory of the shot. Flex is another determining factor in the choice of a stick. Defencemen might choose a stiffer stick while forwards will prefer a more flexible stick. Sticks are also manufactured as either left or right handed.
Players also like to apply tape to their sticks both to improve the longevity and the playability. First a "knob" is created at the top of the stick to improve the grip while skating, passing and shooting. This also makes it easier to pick the stick off the ice if it has been dropped or knocked away. The blade of the stick is also taped allowing for more "cushioning" when passing and greater friction when shooting.
For young hockey players the biggest mistake they can make is choosing a stick that is either too short or too long. To determine the proper length the player must stand upright in their skates. With the toe of the blade on the ice and the shaft of the stick coming straight up the body, the top of the stick should come to shoulder height or the centre of the top of the chest. A stick too long will impair both skating and stick handling and one too short will result in weaker shots.
The technology used in the manufacture of hockey sticks has come a long way since the days of the hand carved Mi'kmaq sticks. When selecting a stick it is important to take into consideration all the different components that determine the best fit for you. Your hockey stick goes a long way in determining how well you play the game.
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