Wearable Versatility
Highly versatile, the Osa Pullover Hoodie is just as conducive to layering as it is standalone wear.
Osa Pullover Hoodie
new
Color: Total Eclipse
Model in studio is 6'2" / 188cm tall and wearing a size L. Note: this style features a snug fit. For a more relaxed fit, order a size up.
Perfectly epitomizing AETHER’s brand of elevated loungewear, the Osa Pullover Hoodie is a versatile sweatshirt that really sweats the details. Great for standalone use or layering, this tried-and-true wardrobe essential features a soft, cotton-based PYRATEX® fleece construction capped off with a three-piece hood and other carefully refined elements.
Technical Features
Performance
Temperature
0°F
20°F
40°F
60°F
80°F
This garment is designed to perform best in 60 to 80 degree temperature range.
Sustainably Made Materials: The Osa Pullover Hoodie is cut from a cotton-based PYRATEX® fleece construction composed partially of recycled content.
Meticulously Modernized
The Osa Pullover Hoodie boasts forward shoulder seams for optimized range of motion and custom embroidered underarm eyelets to bolster ventilation. The hoodie also includes a reinforced kangaroo pocket that’s complemented via herringbone tape details at its opening.
Technical Specifications
Osa Pullover Hoodie
Perfectly epitomizing AETHER’s brand of elevated loungewear, the Osa Pullover Hoodie is a versatile sweatshirt that really sweats the details. Great for standalone use or layering, this tried-and-true wardrobe essential features a soft, cotton-based PYRATEX® fleece construction capped off with a three-piece hood and other carefully refined elements.
Technical Features
Slim Fit
Our most tailored fit.
Performance
Temperature
0°F
20°F
40°F
60°F
80°F
This garment is designed to perform best in 60 to 80 degree temperature range.
- Extreme - -10ºF to 20ºF
- Cold - 20ºF to 40ºF
- Versatile - 40ºF to 60ºF
- Lightweight - 50ºF to 70ºF
This garment is designed to perform best in the following temperature range. Please note: temperature accuracy may vary based on individual differences, activity level, and layering choices.
