Description
The Rush Softshell Pant is a versatile and high-performance garment designed for skiing and snowboarding in backcountry environments.
Features:
- Softshell Construction: The Rush Softshell Pant is made from a four-way stretch woven textile that offers excellent abrasion resistance and flexibility. This softshell fabric provides a balance of weather protection, breathability, and freedom of movement.
- Material: The pant is constructed from durable 220gsm Wee Burly™ Double Weave fabric. This material is wind-resistant, water-repellent, and allows airflow. It provides stretch for unrestricted movement.
- Thermal Comfort: The brushed backer of the softshell fabric adds a touch of light warmth, enhancing comfort in varying conditions.
- DWR Treatment: The pant features a Durable Water Repellent (DWR) treatment, which enhances its water repellency, helping to keep you dry in wet conditions.
- Thigh Vents: Thigh vents are included to allow heat to escape during strenuous ascents, helping you regulate your body temperature.
- RECCO® Reflector: The pant is equipped with an embedded RECCO® reflector. In the event of an emergency, this technology can aid search and rescue teams in locating you using specialized RECCO® detectors.
- The Rush Softshell Pant is designed for high-output backcountry skiing and snowboarding activities.
- It offers protection from light weather conditions, making it suitable for various weather scenarios encountered in the backcountry.
- The softshell construction and stretch fabric ensure optimal mobility and performance during active pursuits.
- The pant is versatile for skinning uphill and skiing down, making it well-suited for those who enjoy both aspects of backcountry snowsports.
Overall, the Rush Softshell Pant provides a combination of weather protection, breathability, thermal comfort, and movement freedom, making it a reliable choice for individuals engaged in backcountry skiing and snowboarding. The inclusion of features like thigh vents and the RECCO® reflector enhances its functionality and safety.
