Osa Raglan Sweatshirt
Model in studio is 5'8 1/2" / 174cm tall and wearing a size S. Note: this style features a snug fit. For a more relaxed fit, order a size up.
The Osa Raglan Sweatshirt is a bonafide wardrobe staple built to AETHER’s usual standards and benefitting from the brand’s meticulous attention to detail. Composed of PYRATEX® fleece that’s derived from a combination of organic virgin cotton and upcycled cotton, this crewneck sweatshirt boasts a bevy of small but meaningful details that collectively elevate the garment as a whole—from raglan sleeves to rib-knit elements.
Technical Features
Temperature
This garment is designed to perform best in 60 to 80 degree temperature range.
Spartan, Yet Versatile
The Osa Raglan Sweatshirt was designed with adaptability in-mind, resulting in a garment that lends itself just as well to standalone wearing as it does layering.
Engineered Comfort
With a single-piece sleeve design that connects to the body using a diagonal seam running from the underarm to collarbone, this sweatshirt’s raglan sleeves also enhance comfort (and mitigate chafing). Thanks to having more space beneath the underarm, the sweatshirt is also a bit roomier and better for layering.
Technical Specifications
Osa Raglan Sweatshirt
The Osa Raglan Sweatshirt is a bonafide wardrobe staple built to AETHER’s usual standards and benefitting from the brand’s meticulous attention to detail. Composed of PYRATEX® fleece that’s derived from a combination of organic virgin cotton and upcycled cotton, this crewneck sweatshirt boasts a bevy of small but meaningful details that collectively elevate the garment as a whole—from raglan sleeves to rib-knit elements.
Technical Features
Slim Fit
Our most tailored fit.
Performance
Temperature
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.
