Asics Gt-1000 6 T7A9N-9090

I.G.S. - Impact Guidance System developed by ASICS is a technical system used in the construction of the shoe, which enhances the foot's natural gait. I.G.S. makes it easy to keep your own natural gait. This revolutionary system gives your feet freedom so that you can use your full potential. It offers footwear and feet a way to work together with a more natural motion from heel to toe. Components of the system can be divided into 3 phases.

Phase 1: Contact - cushioning phase, in which the foot hits the ground. In this phase, the foot is protected by Rearfoot GEL ™ Cushioning System. This silicone part of the outsole cushions the shock, which the foot experiences during the impact. SpEVA System provides greater shock protection, long-lasting durability and better take-off.

Phase 2: Middle support phase - the foot is fully in contact with the ground. In this phase, the advanced technologies stabilize the foot and prepare it to roll. The DuoMax™ technology, located in the midsole, reduces pronation and enhances natural movement of the foot. The Asics Trusstic™ system is a stabilizing element, which connects front and back of the shoe and strengthen the middle-foot. The Dynamic Cradle ™ technology located in the midsole of the shoe prepares the foot for a take-off.

Phase 3: Roll - heel lifts-off and the body move forward. In this final phase of the gait cycle, the foot uses Forefoot GEL ™ Cushioning System, which reduces the power and interacts with the grooves in the outsole in the forefoot, to improve the roll. The Biomorphic Fit™ technology reduces material deformation and provides increased comfort and performance. DuoSOLE™ located in the outsole reduces weight and enhances flexibility while maintaining traction and durability.

SpEVA - new, very light and durable midsole material that plays a significant role among the ASICS technologies. SpEVA uses a material with three different densities to increase comfort and cushioning: density 45 for ample cushioning and flexibility of the outsole, density 55 for a stiffer and more stable construction to increase pace and density 66 for stiffness that minimizes deformation of the outsole.  Material enhances take-offs and lowers the risk of midsole breaking. 

Rearfoot GEL® - the Gel system is probably the most known of all Asics technologies.  To provide shock free experience, the Gel units are strategically located in the central part of the sole of the shoe. ASICS Gel cushioning system uses a variety of materials. Depending on their function, the Gel units contain Silicon encased in polyurethane capsules. The shape of Gel units is precisely designed based on their function and location in the outsole.  This system neutralizes shocks during the landing and rolling phases, supporting the process of walking.

ComforDry sockliner - 3-layer insole providing a better fit for the foot, faster recovery, optimal air circulation and antibacterial properties.

AHAR + - thinner and lighter version of AHAR. Placed in the strategic places of the outsole to increase durability while maintaining low weight.

 DuoMax Support System  - ASICS system that consists of two elements of the midsole with different levels of density and integrated in a way so that it can control excessive pronation.  

Textile material – all products in their basic state, semi-processed, semi-manufactured, semi-finished, which consist of a newtwork of natural or artificial fibers, regardless of mixing or combining process.  

Other materials – This group include PCV, PU, nylon, caoutchouc, polyester, acetate, acrylic, spandex, orlon, lastex, Kevlar. Synthetic materials and leathers resemble natural leather, but their properties, such as breathability, absorption, conformation to the foot are often not as good as with the natural leather. They are much cheaper and easier to color and form varied patterns with. This group can be divided into:

- polymers – synthetic leathers, similar to natural leather with its look and properties. They are easy to clean and care for.

- caoutchouc – similar properties as synthetic materials, used for special protective footwear

- mixed materials – used mostly in sports shoes, they give unlimited possibilities when it comes to colors and patterns

- waterproof membrane – a special material that makes shoes waterproof without compromising on breathability (e.g. Gore-Tex). Used mostly in outdoor and sports shoes

Textile material – all products in their basic state, semi-processed, semi-manufactured, semi-finished, which consist of a newtwork of natural or artificial fibers, regardless of mixing or combining process.  

Other materials – This group include PCV, PU, nylon, caoutchouc, polyester, acetate, acrylic, spandex, orlon, lastex, Kevlar. Synthetic materials and leathers resemble natural leather, but their properties, such as breathability, absorption, conformation to the foot are often not as good as with the natural leather. They are much cheaper and easier to color and form varied patterns with