Backcountry

Wasatch Ripstop 3.5in Short - Women's

PFC-free DWR treatment means that your gear is treated with a water-repellent coating that does not contain harmful perfluorinated chemicals. This makes it a safer and more environmentally friendly option while still providing excellent protection against moisture, keeping you dry during your outdoor adventures.

Ripstop fabric is designed with a special weaving technique that incorporates thicker threads in a grid pattern. This construction helps prevent small tears from spreading, making the fabric much more resistant to ripping. This durability is especially beneficial for outdoor activities where wear and tear are common.

An integrated belt is built directly into the garment, providing a sleek and streamlined look without the bulk of a traditional belt. It also ensures a more secure fit, allowing for greater comfort and freedom of movement during your activities, whether you're hiking or just enjoying a casual day out.

Claimed weight refers to the weight of the item as stated by the manufacturer. For outdoor gear, lighter items are often preferred because they reduce the overall load you have to carry. This can significantly enhance your comfort and endurance during activities like hiking, where every ounce counts.

Wicking performance is the ability of a fabric to draw moisture away from your skin and allow it to evaporate. This feature is crucial in activewear, as it helps keep you dry and comfortable during physical activities. By managing sweat effectively, wicking fabrics enhance your overall performance and enjoyment while exercising.

To determine if the gear is suitable for your activities, consider the specific features it offers, such as PFC-free DWR treatment for water resistance, ripstop fabric for durability, and wicking performance for moisture management. Additionally, check the claimed weight to ensure it aligns with your comfort preferences. Reading product reviews and descriptions can also provide insights into how well the gear performs in real-world conditions.