Are you going to let these Merrell Chameleon II Slam Dusty Olive J83527 sneakers slip away? It is a perfect model for you and you know it!
One of the main materials that they are made of is the breathable mesh, which will allow your feet to be well ventilated the whole day. It appears in olive green on the tongue and collar, and in light grey on the sides of the shoes. This padded mesh is protected by some resistant and malleable fabric straps. They are in a shade of grey so dark that practically seems black.
Do you see the yellow details that they have over the instep? They are the seams that these dark straps present on the openings that they form on their extremities. You must have already noticed that they are the eyelets for the shoelaces, perfect so that you can tie these Merrell Chameleon II quickly. Besides, the strap that they have on the heel can also help you put them on easily.
Their interior is very soft and covered with a black fabric. Its surface is truly soft and velvety, in order to give you the best softness. Did you know that the tongues are fixed to the interior on the sides? Yes, Merrell does it with some elastic strips that involve your feet, thus keeping them from moving to the sides when you are walking. Their removable insoles have the Air Cushion technology, which guarantees you excellent cushioning while walking.
On the other hand, the soles of these Slam Dusty Olive J83527 sneakers are made of Vibram rubber. Therefore, in addition of being flexible and resistant, they are non-sticky to offer you perfect traction to the pavement.
You can give this Merrell model a daily use and wear them with a pair of jeans, either light or dark coloured. To do physical activities and to take them on your nature walks, match them with comfortable grey, yellow, green, navy blue, black, brown or red sportswear.
Now you know what you have to do! Buy your Merrell online at EscapeShoes!
This product presents the following technologies:
Air Cushion – Absorbs shock and adds stability;
Vibram – Provides greater stability and traction.