Such turning motion when skidding is made possible by centripetal forces acting on the ski and skier dynamic motion systems; being resistance forces which arise due to the skier placing the ski's longitudinal axis at an angle inclined away from the velocity vector and simultaneously edging the ski into the snow. This study experimentally investigates the resistance forces by a cutting tool with negative rake angles and inclination angles simulating a ski edge using packed snow. The data measured under the comparatively high-speed condition showed that speed, an attack angle and an edging angle affected snow resistance forces.