Product technologies
INTERNAL MIDSOLE SYSTEM
The Internal Midsole System (IMS) is an exclusive technology applied in the construction of the AKU insole. The traditional support structure made of nylon is combined with a layer of microporous material, which is attached to the inside of the upper shoe. This system, in which the sole perfectly adapts to the anatomy of the foot, ensures even pressure distribution, prevents lateral and forward sliding under heavy stress, provides shock absorption, and maximum wearing comfort.
IMS 1
In the IMS1 version, the Intern Midsole System is complemented by an external midsole made of thin microporous EVA. The low profile of the midsole ensures maximum sensitivity, precision and reliability for accurate and immediate response to uneven terrain.
RELAXED FIT
Soft, comfortable lasts for footwear in the Mountain Inspired segment, designed for light outdoor use under normal conditions.
VIBRAM
Soles Vibram® are developed with regard to sole profile and composition of the rubber compound according to the requirements for the special field of application of the shoes.
INTERNAL MIDSOLE SYSTEM
The Internal Midsole System (IMS) is an exclusive technology applied in the construction of the AKU insole. The traditional support structure made of nylon is combined with a layer of microporous material, which is attached to the inside of the upper shoe. This system, in which the sole perfectly adapts to the anatomy of the foot, ensures even pressure distribution, prevents lateral and forward sliding under heavy stress, provides shock absorption, and maximum wearing comfort.
IMS 1
In the IMS1 version, the Intern Midsole System is complemented by an external midsole made of thin microporous EVA. The low profile of the midsole ensures maximum sensitivity, precision and reliability for accurate and immediate response to uneven terrain.
RELAXED FIT
Soft, comfortable lasts for footwear in the Mountain Inspired segment, designed for light outdoor use under normal conditions.
VIBRAM
Soles Vibram® are developed with regard to sole profile and composition of the rubber compound according to the requirements for the special field of application of the shoes.
