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What is the difference between Booster insoleX and inner soles?

• Booster insoleX is suitable for any shoes

  InsoleX Boosters thickness is only 0.75 mm, with a mass of 18 grams. Thanks to its light weight and minimal thickness, insoleX boosters can be used in all types of shoes. Just place the insoleX Booster under the inner soles of the shoes. The only exception is shoes that are not tight fit and have a heel more than 40 mm high

• InsoleX Boosters prevent platypodia

  InsoleX boosters provide unique dynamic support for the transverse foot arch. All traditional inner soles have a thickening under 2nd,3rd,4th metatarsal bones, providing constant static support. This construction causes atrophy of the muscles and ligaments, naturally supporting the arch and additional stretching of the plantar aponeurosis. So it leads to the inevitability of the constant wearing of orthopedic inner soles. InsoleX Boosters provide dynamic support for the transverse foot arch, training it at the same time. It provides support only when it necessary- at the moment of foot flexion. What is more the stronger the foot bends, the stronger the support is.

• Boosters insoleX improve foot depreciation and rolling motion

  Boosters insoleX design and material provide physiological foot rolling motion. When the activation of Boosters zones start working sequentially, the voltage bends the Boosters insoleX at the start, when you touch the surface with the heel. After amortizing Boosters insoleX bend an elastic roll radius that persists until the moment the foot push off the surface. The traditional inner soles are not able to provide such an effect.

• Boosters insoleX reduce support time

  During the numerous tests made by the Moscow "Center for Sports Physiology and Biomechanics", results were obtained by reducing the stay of athletes on a support point during running by 12%.

• Boosters insoleX increase torsional rigidity

  Boosters prevent twisting of the shoe sole, which allows you more safely stabilize the foot on the support while moving. Thanks to this effect the body does not overexert auxiliary muscles which is used to stabilize the body during movement. The athlete saves energy and redirects it to the work of muscles. As a result, the athlete gets less tired, with significant performance improvements. Boosters reduce the likelihood of injuries to the ankle joint.

• Boosters insoleX enhance shoes flexibility

  Bending under the influence of body mass at the moment of touching the support with the heel, the Booster is unbent at the moment of pushing away the support with the toe. So, the energy dissipated in conventional inner soles, but is held by the Boosters insoleX which send energy amplification for the push.

• Boosters insoleX increase stride length

  During numerous tests of Boosters at the Moscow Center for Sports Physiology and Biomechanics, the effect of increasing the stride length of a test subject using Booster insoleX was confirmed. The increasing stride length allows the athlete to save 600 steps over a distance of 10 km.

• Boosters insoleX increase sustainability

  Boosters InsoleX increase the contact patch of the sole with the support, distribute the impact on the foot and use it to the full, that makes it possible reliably stabilize the foot on the support. Due to this effect the body does not overstress the auxiliary muscles which is used to stabilize the body during strength exercises. The athlete saves energy, which he usually uses for stabilizing the body and redirects it to the work of the muscles that are involved during strength training. As a result the effectiveness of strength training of target muscle groups rises greatly.

• Boosters insoleX minify impacts on joints

  Boosters insoleX design and material provide physiological foot rolling. When the activation of Boosters zones start working sequentially, the voltage bends the Boosters insoleX at the start, when you touch of the surface with a heel. After amortizing Boosters insoleX bend an elastic roll radius that persists until the moment the foot pushes off the surface. The specified elasticity of certain booster’s areas allows to increase the bend radius of the forefoot, that reduces the load on the plantar aponeurosis and on the posterior fascial line in general.
  
  Boosters protect the joints of the musculoskeletal system due to the unique multi-level amortization. Moreover the stronger is the load, the stronger will be the amortization .