Women's Under Armour Compression Bike training shorts black 1360939 (1360939)

Under Armour HG Armour Bike black/white women's training shorts provide support during both intense workouts and dynamic fitness training. The properly fitted design of the model ensures freedom of movement and full comfort even in demanding conditions.

HeatGear® technology and breathability

The use of HeatGear® technology guarantees excellent moisture wicking and quick drying of the fabric, helping to maintain an optimal skin microclimate during intense effort. The Under Armour HG Armour Bike model is designed to provide a high level of breathability, making it ideal for prolonged training sessions. The quick-drying material effectively minimises discomfort caused by sweat.

Advanced polyester-elastane material

The fabric, a blend of 87% polyester and 13% elastane, is characterised by elasticity and durability, ensuring a precise fit to the body. The elastane component increases the range of movement and enhances wearing comfort during dynamic activities. Polyester is responsible for effective moisture management and resistance to deformation even with frequent use.

Functionality and design details

The shorts are equipped with practical pockets that make it easy to store small accessories needed during training. The close fit supports movement ergonomics and emphasises the sporty character of the model. The absence of waist adjustment increases ease of putting on and maintains a minimalist product line.

Under Armour HG Armour Bike black/white women's training shorts - features:

• Construction based on HeatGear® technology supporting moisture wicking;
• High breathability ensuring dry skin;
• Blend of 87% polyester and 13% elastane for elasticity;
• Close fit providing freedom of movement;
• No waist adjustment for a clean design line;
• Built-in pockets for small sports accessories;
• Designed for fitness training and sports activities;
• Material resistant to deformation during intensive use;
• Lightweight and comfortable cut supporting dynamic movements.