Compressport
Pro Racing V 4.0 Run Low
Compressport Ultra Trail Low
17.16 €
You save 22%
Recommended retail price by the brand
22.0€ Recommended price
The i-Run team says
Versatile, the pair of Compressport Ultra Trail Low socks proves to be a reliable asset during your challenging trail sessions.
For maximum stability, the X-strap support perfectly wraps around your ankle to accompany you confidently on rough terrains.
You benefit from excellent cushioning and optimal comfort thanks to the targeted 3D.Dots that absorb shocks. Additional support at the arch of the foot provides superior support.
Targeted compression at strategic points improves blood circulation and helps reduce fatigue during your run.
Thanks to their ergonomic design, they protect your toes to prevent injuries, especially during descents.
The mesh fabric on the top of the foot helps to wick away sweat to keep you dry.
Key features of the Compressport Ultra Trail Low socks
- Low-cut socks suitable for your demanding mountain outings
- Compressing and wrapping X-strap ankle support: stability
- Targeted compression: improved blood flow and delayed fatigue
- Arch support: 360? support and hold
- Cushioning pads: comfort
- Targeted 3D.Dots: shock absorption and grip
- Extra-wide terry cloth bands: reduced shoe pressure
- Fibular sponge dots: shock absorption
- Striped ventilation zones: freshness
- Enhanced stability
- Non-compressive cuff
- Reinforced toe area: protection
- Ergonomic toe box
- Color: black, red, and white
Technologies
-
Zone striée de ventilation
More ventilation, more comfort!
The specific and airy weave provides even more ventilation across the entire foot. The foot stays dry and cool.
-
Protection du gros orteil
More protection against impacts that damage your nails.
-
Protection orteils
Reinforced protection at the front of the sock for added comfort
-
Support d'arche à 360°
Optimum support, perfect stability!
Optimum support on demanding technical trails and steep descents for better stability.
-
Grip 3D.DOTS
Adherence and better shock absorption.
