Head out for some off-road adventure in the Brooks High Point shorts. Thanks to trail-specific storage, durable materials, and an enhanced range of motion, you'll be ready to face all the ups and downs of the trail.
The Brooks High Point shorts have been constructed from GO2 Repel fabrics that offer exceptional durability and tear resistance, ensuring comfort and protection on various trails. The DWR-treated material provides reliable protection against light rain and moisture, keeping you dry. The shorts feature split sides to allow for a full range of mobility, without restrictions holding you back, while the longer short-tight liner has been added for enhanced coverage, support, and chafe prevention. A 360-degree waistband pocket, along with two side drop-in pockets and two elongated pockets, offers ample storage for essentials, including larger items like a soft flask. Additionally, an internal drawcord allows for a customisable and secure fit, preventing the shorts from shifting during activity.
Brooks High Point 3 Inch 2-in-1 2.0 Women's Shorts
Head out for some off-road adventure in the Brooks High Point shorts. Thanks to trail-specific storage, durable materials, and an enhanced range of motion, you'll be ready to face all the ups and downs of the trail.
The Brooks High Point shorts have been constructed from GO2 Repel fabrics that offer exceptional durability and tear resistance, ensuring comfort and protection on various trails. The DWR-treated material provides reliable protection against light rain and moisture, keeping you dry. The shorts feature split sides to allow for a full range of mobility, without restrictions holding you back, while the longer short-tight liner has been added for enhanced coverage, support, and chafe prevention. A 360-degree waistband pocket, along with two side drop-in pockets and two elongated pockets, offers ample storage for essentials, including larger items like a soft flask. Additionally, an internal drawcord allows for a customisable and secure fit, preventing the shorts from shifting during activity.
