What is diagonal?

Diagonal Striding is a number of ski techniques used to circumvent on snow. Diagonal striding is also called classic striding, because it is a technique that most skiers are familiar with, and usually learn to people who learn to ski. The diagonal step is sometimes compared to walking, although diagonal steps require moving movement. Diagonal Striding is employed by a large number of skiers, especially in cross -country skiing, where the diagonal current is an energy effective method of circumvention.

The diagonal step involves moving the foot forward and pushing the opposite ski pole. To practice the diagonal step properly, the skiers must transfer their weight to the front leg. Movement across the body, including the foot forward, helps with it. The skis are not actually raised from the snow in a diagonal slip to slide along the upper layer.

Many ski trails are specially adapted for diagonal erection and have a set of two grooves laid in the snow for this purpose. SnowM stop is well packed to give the ski poles a good traction. Many ski trails are able to accommodate a number of ski techniques, including diagonal browsing, while the ski trails with limited space are sometimes limited only to diagonal efforts.

diagonal striding work on various terrains, especially undulating off -road in cross -country skiing. An experienced skier can process a reasonable speed when using a diagonal current and will not get tired so quickly. This is particularly important in running skiing, where skiers can cover the miles of the terrain of daily skiing between the cottages.

There are ski techniques that are faster than diagonal browsing, such as skiing on skates. Skating, however, tends to be more demanding on the upper body of the skier. Skiers who are from injury or alive on the start of premature injury can go to diagonal browsing because it is at the top of youLa less heavy. Diagonal browsing is still very physically demanding, especially for knees, and skiers should be sure that before and after skiing to warm up and cool properly.

The diagonal current speed is not as dependent on the number of steps as it is on the length of the steps. Although it is tempting to increase the pace, skiers in the long run consider it more effective to learn how to extend their steps. Longer steps result in greater physical efforts to move the center of the skier, which for some skiers physically demanding skiing. However, longer steps are less tiring than short, fast.