
Spyder 38B415302 Women's Thermal 3/4 Baselayer Bottoms
Spyder's Charger 3/4 baselayer bottoms deliver flatlock-seamed, moisture-wicking warmth that layers invisibly under ski pants for full-day comfort on the mountain.
View price on AmazonNotice a mistake? Let Us Know
Overview
Stay Warm and Comfortable on the Slopes
The Spyder Women's Charger Baselayer Bottoms are designed to provide exceptional comfort and flexibility for cold weather activities. These 3/4 length pants are perfect for wearing under ski or winter pants, ensuring a hassle-free experience.
Key Features:
- Stylish and lightweight design.
- Excellent moisture-wicking properties.
- Comfortable fit under ski or winter pants.
Specifications:
- Material: 100% Polyester
- Fabric Type: 100% Polyester
- Length: 3/4 Length
- Care Instructions: Machine Wash
- Closure Type: Zipper
- Department: Womens
Key Features
Spyder has covered all-year long with cross-functional styles and quality products that perform in all conditions
Engineered for outdoor adventures
Charger 3/4 Boot Top Fit Baselayer Thermal Underwear Ski Bottoms
Elasticized interior waistband construction
Flatlock Seaming for Comfort During Movement
Pros & Cons
👍 Pros
- Flatlock seaming eliminates chafing and pressure points during high-movement activities like skiing or hiking
- 100% polyester construction resists shrinkage and dries quickly after moisture-wicking use
- 3/4 boot-top length sits cleanly under ski pants without bunching at the knee or ankle
- Elasticized waistband stays in place throughout all-day wear without digging or rolling down
- Lightweight enough to layer under snug-fitting outerwear without adding visible bulk
👎 Cons
- 100% polyester can feel less naturally soft against bare skin compared to merino wool or cotton-blend baselayers
- 3/4 length won't provide full leg coverage for extremely cold conditions — full-length baselayer bottoms may be needed below -15°C
- Color selection and size range may be limited depending on retailer inventory
- No thermal rating or warmth weight specified, making it harder to compare to other baselayer systems