Types segmentation classifies Hockey Sticks by material composition, reflecting performance trade‑offs and manufacturing cost structures. Wood sticks, traditionally laminated from maple or ash, represent approximately 20 % of volume; they are favored for tactile feel and durability but carry higher weight, limiting market share among elite players. Composite sticks, built from fiberglass, glass‑filled nylon, or polymer blends, account for roughly 35 % of sales, offering a balance of stiffness and flex while reducing mass. Carbon‑fiber sticks, engineered with high‑modulus carbon layers, dominate the premium segment with an estimated 30 % revenue share, delivering superior energy transfer and low vibration at a premium price point. Hybrid sticks combine wood cores with composite or carbon outer layers, capturing the remaining 15 % of the market; they aim to merge the feel of wood with the performance gains of advanced materials. This material‑based market taxonomy clarifies how each type contributes to total market size by aligning price elasticity, player preference, and technology adoption rates.