Short Description
- Designed to specially fit a woman's body.
- Provides thigh, hip, and tail bone protection.
- Wraparound thigh pad design for greater coverage.
- Popular with female Div. I teams.
The McDavid Women's Hex Pad Thudd Short With Extended Thigh #7580W protects women with extended coverage around the thighs, hip and tail bone regions. This model is very popular with NCAA DI and high school age players. They feature a regular hexpad grid pattern that's only 14mm thick that wraps around the back of the leg with an extended thigh design. The #7580 McDavid Women's HexPad Thudd Short With Extended Thigh features nylon/spandex material which is sprayed with Hydravent technology to maximize evaporation of perspiration away from your body. Perspiration gets pulled across the fabric over the largest surface area available to evaporate quickly and efficiently. Your body stays cooler compared to competitor's brands. Players appreciate how it provides excellent protection against falls and injuries that occur both inside and away from the paint. The McDavid Hex Pad Thudd Short With Extended Thigh delivers compression from top to bottom to aid in preventing muscle pulls and chafing of the skin - an excellent choice for players of all levels.
#7580 McDavid Women's HexPad Thudd Short With Extended Thigh Features:
- Single density (9mm) hexpad grid pattern around most of the thigh; 9mm thick over hip, and tail bone areas.
- Wraparound thigh pad design for greater thigh coverage.
- Highly used by NCAA DI and WNBA basketball players; can be used for all contact sports though.
- HydraVent technology provides quicker, more efficient evaporation of perspiration.
- Provides compression, skin chafing protection, and enhanced performance.
- Available in six sizes - please see our sizing chart tab above for important measurement instructions.
- Free gift with purchase, one per order.
Available Color: White
The McDavid 7580 Women's HexPad Thudd Short With Extended Thigh #7580W can be used for:
- Hip, thigh, tail bone padded protection.