Determining the optimal geometry and construction of a high-performance ice hockey goaltender leg pad

Ice hockey goaltending is a highly unique position that requires equipment that can provide adequate protection while maximizing performance. CCM hockey has two different ice hockey goaltender leg pad models: a stiff leg pad, and a flexible leg pad. Common feedback for the stiff leg pad model is that it feels bulky and is thought to potentially interfere with fast reactionary movements. The flexible leg pad models have been the more popular leg pad model but have received feedback suggesting that the softer construction could cause pad twisting (along the long axis of the leg pad) during certain goaltender positions and there is a concern that the thigh region of the pad may bend upon puck impact. CCM wishes to investigate these claims and develop a new leg pad geometry and core structure that can provide the goaltenders with the best performance. Therefore, the purpose of this research project is to test prototype leg pads to determine which geometry (pad profile) best addresses the concerns of bulkiness, movement interference, over-rotation, flexibility upon puck impact and net coverage.

Faculty Supervisor:

Ryan Frayne

Student:

Partner:

Sport Maska Inc

Discipline:

Physics

Sector:

Manufacturing; Retail trade; Wholesale trade

University:

Dalhousie University

Program: