Made With Mobility In Mind
Engineered from the ground up to offer an unrestricted range of motion, the Monte Half-Zip Sweatshirt benefits from details like forward shoulder seams and material that moves with you.
Model in studio is 6'2" / 188cm tall and wearing a size M
Our Monte Half-Zip Sweatshirt is an uncompromising exercise in versatile comfort and warmth. Highly conducive to layering, this half-zip style sports a design with an unrestricted range of movement that’s been brought to life in an organic cotton Terry fabric. So, whether you’re traveling, hitting the slopes, or merely walking to the coffee shop, the Monte Half-Zip Sweatshirt is an adaptable wardrobe staple you’ll reach for again and again.
This garment is designed to perform best in 60 to 80 degree temperature range.
Engineered from the ground up to offer an unrestricted range of motion, the Monte Half-Zip Sweatshirt benefits from details like forward shoulder seams and material that moves with you.
The Monte Half-Zip Sweatshirt’s mock neck collar and rib-knit cuffs help to keep the cold out while embroidered underarm eyelets effectively bolster breathability and airflow amidst intense movement or activities.
A notched offset chest pocket
A center back seam detail
Our Monte Half-Zip Sweatshirt is an uncompromising exercise in versatile comfort and warmth. Highly conducive to layering, this half-zip style sports a design with an unrestricted range of movement that’s been brought to life in an organic cotton Terry fabric. So, whether you’re traveling, hitting the slopes, or merely walking to the coffee shop, the Monte Half-Zip Sweatshirt is an adaptable wardrobe staple you’ll reach for again and again.
Low-Impact
This garment was responsibly designed with lower impact materials.
Thermal
The materials used in this garment help to trap heat, keeping you warm.
This garment is designed to perform best in 60 to 80 degree temperature range.
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.