LOWA Camino EVO GORE-TEX® Hiking Shoes Men black
Product description
When you've already covered countless kilometres in a comfortable trekking boot, even a diversion doesn't matter. This is especially true for the CAMINO EVO GTX W.
It scores with numerous functions. For example, the moderately stiff midsole has been optimised in terms of function and design. The bi-density sole has a softer partial insert in the heel and forefoot area for a certain amount of extra cushioning, while the rest of the sole area provides the necessary stability thanks to the harder insert. The combination of the heel counter and the FLEXFIT® system on the ankle also ensures ergonomic rolling.
Technical data
![2 Zone Lacing](/images/glossary/2_ZONE_LACING.jpg)
Thanks to the two-zone lacing, the forefoot and shaft have separately adjustable lacing zones. This allows the shoe to be individually adapted to the anatomy of the foot and laced differently for going uphill and downhill.
![Vibram](/images/glossary/vibram_ICON_4c.jpg)
This shoe features a Vibram sole. The Italian sole manufacturer has been one of the leading brands in the field of high-quality soles for many years.
The VIBRAM EVO relies on the proven Vibram technology: multifunctional profile design with an optimal rubber compound for hiking on a wide variety of terrains. Combined with the tried-and-tested heel profile for pleasant descents.
![Resoleable](/images/glossary/RESOLEABLE.jpg)
There is the possibility of resoling.
![Roller Eyelets](/images/glossary/ROLLER_EYELETS_Glossar.png)
To ensure that the laces run flexibly and smoothly through the eyelets, small roller balls minimise friction in the metal loops.
![X-Lacing](/images/glossary/X_LACING.jpg)
This means that the tongue sits where it belongs - without slipping or pressure points: With X-LACING® technology, this is easily possible with shoes. The special lacing fixes the tongue both vertically and horizontally. Since the lacing is independent of the individual height of the instep, this construction is ideal for every foot. With this lacing technology, the pressure of the laces is no longer only transferred to the hooks, but to the entire tongue.
![FlexFit](/images/glossary/FlexFit.jpg)
If the upper of a hiking shoe can be bent slightly, the foot can roll better. This saves energy, especially when walking uphill, and ensures noticeable comfort. That's why LOWA has incorporated a flexible zone and a so-called "lace loop" in the area of the crook of the foot. This means relocating the eyelet and using a flexible deep-draw hook that improves heel fit and eases flexion.
![Lowa Flex](/images/glossary/LOWA_FLEX.jpg)
If the upper of a hiking shoe can be bent slightly, the foot can roll better. This saves energy, especially when walking uphill, and ensures noticeable comfort. That's why LOWA has incorporated a flexible zone and a so-called "lace loop" in the crook of the foot. This means relocating the eyelet and using a flexible deep-draw hook that improves heel fit and eases flexion.
![Wide Last](/images/glossary/WIDELAST.jpg)
In a wide last, the forefoot area has a greater volume than the same area in a normal last. Shoes made with a W last can feel more comfortable for people with special foot types (such as hallux valgus, flat foot, fallen arches etc.)
![Moderately Stiff](/images/glossary/MODERATELY_STIFF.jpg)
The shoe has a medium flexural rigidity.
![C4-Tongue](/images/glossary/C4_TONGUE.jpg)
With this special construction of the shoe tongue, the wearing comfort is noticeably increased. For example, the tongue is thicker padded on the outside of the foot and has a soft finish at the top. This asymmetrical padding ensures optimal support in different areas of the foot. In addition, the recesses for the ankle areas are higher on the inside than on the outside, and a flexible flex insert is integrated on the inside of the foot to accommodate the anatomy of the feet.
![MAN LAST](/images/glossary/MAN_LAST_neu.png)
The last is crucial for the fit of a shoe. Lasts for LOWA men‘s models are specially developed based on the anatomy of the male foot to ensure an optimal fit. This results, among other things, in an adapted ankle height and optimised widths and volumes in the heel and ball areas.