We advise the normal size.
These Timberland shoes Oxford Dark Brown 6122R will be your perfect companions during every moment. Get to know them better!
They are made of very robust and resistant dark brown leather. The most surprising thing of all is that it is malleable and flexible at the same time. Thus, you will be sure that your feet will be protected and taken care of during very moment. Its textured surface is waxed to give it more durability, which also gives it a softness that is very pleasant to the touch.
The seams of these Timberland Oxford 6122R are beige, which makes them stand out on the dark background. On the front, you will see the thickest seam of all, which offers protection to the toecap.
Their square leather shoelaces slide very easily through the metallic eyelets. These eyelets are very durable and in copper, for a perfect combination.
The interior is lined with dark brown suede, with a velvety surface that is pleasant when touching your feet. Their insoles are removable and they will surprise you with their Anti-Fatigue technology. They are lined with smooth leather and made of very special EVA. They have a structure of inverted cones that, in addition of absorbing shock, provokes the return of energy. This way, it follows the natural movements of your feet as you walk and improves your blood circulation. Thanks to the cushioning, they will provide you the best wellbeing for your muscles, bones and joints.
The soles of the Oxford Dark Brown 6122R shoes are made of flexible and durable rubber. It is light brown on the bottom and with a black line on top. Their Vibram technology guarantees good traction to the ground so that you feel stable.
You can use these Timberland for work, to walk around town in your spare time or to enjoy the weekends with your family. Wear them with jeans or with chino trousers in shades of beige, blue, grey or black.
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This product presents the following technologies:
Anti-Fatigue – Increases shock absorption and reduces fatigue;
Vibram – Provides greater stability and traction.