Structure of Professional Hiking Boots

Hiking can be exciting. To get a perfect experience is impossible to do without proper hiking boots.

The structure of the shoes is to provide users with better mountain climbing technical support. The structure of a pair of professional hiking boots is as follows:

Large bottom structure

It is mainly composed of outsole rubber material and woven carbon plate to make it sensitive and accurate when climbing, and ensure the hardness of the sole.

Midsole structure

It is composed of integrated support or integral nylon preformed inner support cushion with microporous shock absorption and cushioning materials, which further enhances the hardness and stability of shoes and ensures the hardness of torque.

Insole structure

It is a kind of soft and comfortable structure for the foot. The last layer of the midsole structure can provide more protection for the arch and heel.

Ankle structure

This is a design to provide support and protection for the ankle. In the design of ankle protection structures, different rules for ankle shapes are often used to design the protection structure. Therefore, the appearance structure of professional mountaineering shoes is a mostly high waist, generally 5-7.5 inches high.

Tongue structure

The design of the insole on the tongue should be high, thick, and close to the foot surface. The tongue shall not be easily moved and dislocated. It is stable and free, and the tongue opening is large enough to wear and take off freely. At the same time, the tongue shall be manufactured by an overall folding process.

Lace structure

The styles of shoelace structure mainly include traditional symmetrical structure and asymmetrical structure. The former pays attention to beauty, while the latter pays more attention to the coordination of shoelaces and toe angles.

Upper shape

The comfortable, soft, and firm upper design will provide lightweight, wear resistance and structure consistent with the foot shape. The space allowance of the forefoot is reasonable and the heel is firm. The whole material shall be used as much as possible in manufacturing to improve the advantages of the design. At the same time, the treatment of shoe seams must be based on the pressure inside the shoes to ensure that the vamp does not deform under pressure.