Under Armour Storm Session Run Vest
LSize
Colour
Product details
The Storm Session Run Vest from Under Armour is a versatile and functional clothing solution specifically designed for athletic activities. This vest offers optimal protection against wind and moisture, thanks to the innovative UA Storm technology that ensures a water-repellent surface. It is made from 100% polyester, which not only provides durability but also offers breathable properties that enhance comfort during training. The regular fit allows for comfortable freedom of movement, while elastic bindings provide additional support. The vest is equipped with practical zippered pockets that offer secure storage for personal items. Ideal for various sports such as basketball, volleyball, and handball, this vest is an excellent choice for active individuals who do not want to compromise on performance even in changing weather conditions.
- UA Storm technology for water-repellent protection
- Breathable material for high comfort
- Elastic bindings for improved fit
- Practical zippered pockets for secure storage
- Versatile for various sports.
Target group | Men |
Exact colour description | Blue / Silver |
Material composition | 100 % polyester |
Item number | 38959120 |
Manufacturer | Under Armour |
Category | Vests |
Release date | 28.9.2023 |
Colour | Blue |
Exact colour description | Blue / Silver |
Upper | Polyester |
Material composition | 100 % polyester |
Age group | Adults |
Target group | Men |
Clothing type | Waistcoat |
Clothing size | L |
Layer of clothing | Outer layer / weather protection layer |
Fit | Regular fit |
Jackets Equipment | Elastic edging, Waterproof inserts |
Sport | Basketball, Handball, Volleyball |
Membrane | UA Storm technology |
Area of use | Sports |
Zipper type | Continuous front |
Pockets | Zipped pockets |
Fabric properties | Breathable, Windproof |
Season | All-season |
Manufacturer commitment | RE100, SBTi |
Manufacturer compensation | According to RE100, the manufacturer Under Armour fully compensates for its energy consumption, leading to a reduction in emissions. |
CO₂-Emission | |
Climate contribution |