Asymmetrical Insoles
Introducing Asymmetrical Insoles: Revolutionizing Foot Mechanics for Natural Movement
Asymmetrical Insoles are designed to enhance your body’s natural movement by addressing the unique functions of each foot. Unlike traditional insoles that treat both feet as identical, our innovative design recognizes the asymmetry in human movement, allowing each foot to perform optimally based on its distinct role. Whether you’re walking, running, or standing, these insoles promote lateral sway and natural foot rolling, leading to better alignment, reduced pain, and improved performance. Experience the freedom of movement tailored to your body with Asymmetrical Insoles—engineered for balance, stability, and comfort.
Rubber 154
Discover the Power of Texturized Rubber: Precision at 154 Grips Per Square Inch
Our texturized rubber technology offers unmatched grip and performance with 154 individual grips per square inch. This precision design ensures maximum traction and stability, giving you a secure foundation whether you’re walking, running, or training. Engineered for superior control, the 154 grip points work in harmony with your foot’s natural movements, enhancing your connection to the ground and optimizing balance. Experience the difference that precision grip makes with our texturized rubber, crafted for those who demand the best in comfort and performance.
Piling technology
**Introduction to Piling with Carbon Fiber in Double Thick Insoles**
Piling technology is a crucial innovation in the design of advanced insoles, particularly those engineered to provide superior support and performance. In the realm of double thick insoles, piling serves as a structural anchor for the end points of the various arches in the foot, ensuring optimal distribution of pressure and enhancing the foot's natural biomechanics. Each double thick insole is equipped with piling, which acts as the foundation that supports and stabilizes the intricate arch system of the foot.
A significant advancement in piling technology involves the use of carbon fiber piling plates in custom double thick insoles. Carbon fiber, known for its exceptional strength-to-weight ratio and durability, offers a perfect combination of rigidity and flexibility, which is ideal for supporting the foot's dynamic movements. By integrating carbon fiber piling plates, these insoles provide enhanced stability, reduced fatigue, and improved energy return during activity. This technology not only bolsters foot support but also aids in preventing common foot-related issues by maintaining proper alignment and cushioning, making them a superior choice for athletes and individuals seeking high-performance foot support.
What you didn’t know.
Carbon fiber, foam and rubber
Asymmetrical insoles are redefining foot support by targeting two essential components of movement: the foot’s four tripods and the ankle’s full 3D range of motion. Unlike conventional insoles, these are designed with precision to engage each of the foot’s four tripod regions—the back, middle, sweet spot, and front—creating a stable, dynamic foundation that adapts to natural asymmetry in gait. Each tripod plays a specific role in stabilizing, balancing, and propelling movement, allowing for optimized weight distribution and responsiveness.
Beyond the foot, these insoles support the ankle’s 3D range of motion, addressing the complex interactions of pitch, yaw, and roll that are crucial for fluid, unrestricted movement. By enhancing both the four tripod regions of the foot and the ankle’s multidirectional capabilities, asymmetrical insoles provide a truly integrated foundation that improves alignment, reduces strain, and enhances natural performance, whether for athletic pursuits or everyday activities. This combination of support and adaptability empowers users to move with greater confidence, control, and comfort.
Foam insole
The foam insole middle layer provides fast acting cushioning. It’s placed between the two carbon fiber pieces in order to speed up the foot’s rate of deceleration without reducing the effect of cushioning.
Rubber 154 plus carbon fiber
The carbon fiber and texturized rubber outsole (top layer) utilizes state of the art technology to optimize your foot function. The texturized rubber is 154 points per square inch, specifically chosen to maximize the speed at which your foot responds so you can move fast.
Custom outsole 154
The Custom Outsole 154 has Piling Technology. Piling Technology refers to the endpoint of the arches of the foot being anchored to the ground. This provides stability information to the brain, allowing you to feel more secure which enhances your brain’s ability to make movement decisions.