Size UK
Please, select your size
Shirt short sleeve man R-City Hidrogen red
Description
Short-sleeve men's T-shirt. Technical running model made from ultralight, breathable fabric to help the runner reach maximum performance.
Features a crew neck with a personalised inner covertape to limit skin chafing. It also includes an opening in the sleeve to improve freedom of movement.
Made from a super-light, breathable fabric thanks to the MICRO-MESH SYSTEM, which helps evacuate sweat and regulate body temperature while running. The garment stands out for its all-over multicolour print that fills it with vibrancy.
The T-shirt also has 360-degree reflective details to increase the runner's visibility in low-light situations.
Characteristics
- Short-sleeve
- Round neck
- Breathable light fabric
- Includes Micro-Mesh technology in high perspiration areas
- Reflective designs
- Sublimation design
- Fit Type: semi fitted
- 100% Polyester
Care
-
Machine wash at maximum 30 degrees Celsius
-
Do not use bleach
-
Do not machine dry
-
Iron at 110 degrees maximum
-
Do not dry wash
Shirt short sleeve man R-City Hidrogen red
Size UK
Please, select your size
Size UK
Please, select your size
Select size
Size UK
Please, select your size
Fast home delivery
Freedom of movement
Garments made of elasticated knit fabric which facilitates movement during your workout. Fitting perfectly to the body, allowing you to workout with total freedom of movement.
Breathable
A technology to improve sweat evaporation, allowing maximum breath-ability. Your body stays dry with enhanced comfort.
Extra comfortable seams
Fabrics with thermo-sealed, laser-cut, flatlock seams. This type of finish prevents friction with the skin, therefore avoiding rubbing or scratching.
Reflective
Technology suitable for all types of sports where it is necessary to increase the visibility and safety of athletes.
Lightweight
Garments made of microfibre fabric for maximum flexibility while doing sports. You don't feel weighed down throughout your workout, thanks to the lightweight technology of the fabric.