målvridmoment

Målvridmoment, translated to English as "goal torque" or "goaltending torque", is a term originating from ice hockey and refers to the rotational force applied by a goaltender to their equipment, primarily the skates and pads, to maintain balance, position, or execute a save. This force is crucial for a goaltender's ability to absorb impacts, control their movement on the ice, and quickly react to shots.

The målvridmoment is generated through a complex interplay of muscle engagement, body positioning, and the leverage provided by the goaltender's gear. When a goaltender drops into a butterfly position, for example, they utilize målvridmoment to spread their legs and pads wide, creating a barrier. Similarly, when pushing off to make a lateral save, the goaltender uses målvridmoment to generate the necessary power and stability.

Factors influencing the effective use of målvridmoment include the goaltender's strength, flexibility, understanding of biomechanics, and the design of their equipment. Modern goaltending equipment is often designed to facilitate and enhance the goaltender's natural målvridmoment, allowing for greater agility and control. While not an officially defined physics term, målvridmoment is a widely understood concept within the hockey community, highlighting the specialized physical demands placed on goaltenders.