Salming Natural Running Technologies
You have an eye for the game, we have an eye for details. A winning combination that has proved successful over and over again since we first entered the game with great visions 10 years ago.
Our heel cup is specifically designed to add minimal weight to your shoes, creating a transformable, adaptive fit.
Heel drop is essentially a measurement for how fat a running shoe’s heel feels. It’s short for “heel to toe drop,” shortened to “drop.” It tells you how much taller the heel is than the forefoot. Example: A shoe with a 22-mm thick heel and a 16-mm thick forefoot will have a 6-mm heel-toe drop. Salming Running shoes never has higher drop than 6mm as we believe a higher drop negatively interferes with your natural running stride and makes it hard to find a perfect running form.
The material in the midsole is a newly developed compound named RECOIL™ – which is a super lightweight cushioning compound that releases a high rebound energy effect.
3 LAYER CONSTRUCTION
Covering mile after mile calls for a combination of comfort and durability. Accordingly, our shoes designed to function in more rugged environments utilize a 3 layer upper construction. A first layer of mesh material addscomfort, while the middle stabilizes lateral movements and reduces pressure on the foot. The exterior thin net mesh encapsulates and wraps up the front in a neat fashion, adding durability to the shoe.
TORSION EFFICIENCY UNIT™
Responsive without being overly supportive – The Torsion Efficiency Unit™ brings sturdiness to the shoe. It is appropriately placed to generate maximal running efficiency.
The distance from heel to the ball of foot (62% of the shoe) has been designed with extra stability, which ends in the so-called “ballet” line, a 75° angle. In front of the 75° line, we have equipped the shoe with greater flexibility to stimulate the foot’s natural movements. The TGS 62/75° feature assures that the shoe bends in exactly the right places, stimulating the foot’s natural lateral and forward movements.
The toe box is more roomy in order to provide a possibility for the fore foot to expand properly in the landing phase, making it more effective in a biomechanic perspective.
The Exo Skeleton design stabilizes the foot in lateral movements and relieves pressure at the MTP joints (Metatarsophalangeal joints). This part of the design construction eliminates friction and reduces the impact of the side forces in the soft parts of the foot, especially underneath the forefoot.