Moose Offroad XC1 Guard Pants 3XL - Black with Supportive Compression and D3O® Padding

The Moose Offroad XC1 Guard Pants in size 3XL are engineered for durability, comfort, and optimal performance during off-road activities. Crafted from four-way stretch nylon/spandex fabric, these pants offer a supportive compression fit that moves seamlessly with your body, providing maximum freedom of movement while maintaining excellent support. The fabric's flexibility and breathability ensure you stay comfortable and dry even during intense rides. Featuring flexible low-profile D3O® padding throughout the front thigh, hip, and tailbone areas, these pants deliver enhanced impact protection where it matters most without sacrificing mobility or comfort. The perforated open cell foam Interface® chamois pad is narrow yet cushioned, offering a reliable layer of comfort that minimizes chafing and ensures a secure fit during prolonged use. Designed with high-performance materials, the pants' fabric and chamois are highly breathable and quick drying, helping to regulate temperature and wick away moisture effectively. Flat stitched seams reduce chafing and improve durability, while silicone prints at the inner cuffs and exterior seat area provide a secure grip, preventing the pants from shifting during vigorous activity. These features combine to make the Moose Offroad XC1 Guard Pants an ideal choice for riders seeking reliable protection, comfort, and performance in demanding off-road environments.

Features:

• Four-way stretch nylon/spandex fabric for a supportive compression fit and freedom of movement

• Flexible low-profile D3O® padding throughout front thigh, hip, and tailbone for impact protection

• Perforated open cell foam Interface® chamois pad offers cushioning and comfort with a narrow profile

• Breathable, quick-drying performance fabric and chamois for moisture management

• Flat stitched seams to reduce chafing and enhance durability

• Silicone print at inner cuff and exterior seat area for improved grip and stability during activity