HeatGear® Mock Sleeveless - Black












The Under Armour HeatGear® Mock Sleeveless shirt is designed for adult male athletes who require a high-performance, ultra-tight compression base layer to manage moisture and regulate temperature during intense training. Its primary benefit is the combination of moisture-wicking fabric and strategic ventilation that keeps the wearer cool and dry, though users should be aware that the 'second-skin' compression fit is intentionally very tight.
| Gender | Male |
|---|---|
| Age Group | adult |
| Colour | Black |
| Accent Colour | White |
| Material | Polyester |
| Size | L |
| Model Part Number | 194514005207 |
| Brand | Under Armour |
It refers to an ultra-tight, second-skin fit designed to support muscles and improve blood flow during activity.
HeatGear is primarily designed for warm to hot weather. For cold conditions, Under Armour’s ColdGear line is recommended.
Yes, the blend of polyester and elastane provides 4-way stretch that allows the garment to move with your body.
There is a write-in locker tag located on the inside of the back neck area specifically for your initials or jersey number.
While the fabric is dense, it is primarily intended for moisture management and cooling rather than UV shielding.
No, you should never iron the shirt, as the high heat can permanently damage the synthetic fibers and compression properties.
Ensure you are not using fabric softeners during the wash cycle, as these chemicals coat the fibers and degrade their performance.
Verify that you have selected the correct size; the compression fit should be tight but not restrict breathing or blood circulation.
Since the fabric is polyester-based, ensure you are washing the shirt immediately after use and avoid leaving it in a damp gym bag.
To ensure the longevity of your HeatGear garment, follow these specific care instructions:
This garment is designed to be worn directly against the skin as a base layer. It pairs well under athletic jerseys or can be worn as a standalone top for maximum ventilation.