The studied movement is the “offset” skating technique. It is typically used by the skier
for higher-force-requirement situations: climbing up a hill, handling conditions (slow
snow or head-wind) or in low force situations. It is a thrust with the both poles for each
full stroke-cycle of the legs. Firstly, we have made a model of a skier for a movement
cycle and secondly a mechanical analysis to validate this model. This work was made thanks
to the biomechanics software “LifeModeler”, plug-in of ADAMS software, which is a
kinematic and dynamic simulation tool. LifeModeler creates a human body as an
anthropomorphic robot and ADAMS allows equipping it with tools and placing it on a ground.
We have built a dynamic model in 3D for the skier in its environment, that is, with its
equipment on the snow. The final goal is to analyze performances parameters effect and to
maximize the movement effectiveness, what is possible by perfecting gesture, equipment and
by optimizing materials used in this sport.