Is your performance being held back by a problem hidden under your feet? Find out why traditional insoles aren't up to snuff and how our carbon technology can make a difference.
What's Hindering You? 🚩 Discover the Problem that Ruins Your Performance!
💪 Premature Muscle Fatigue:
Standard insoles do not provide optimal energy return, causing increased muscle strain and reducing the duration of athletic performance.
🏃♂️ Ineffective Impact Absorption:
During running or jumping, traditional insoles fail to properly absorb impact, increasing the risk of microtrauma and stress injuries.
🦶 Poor Foot Arch Support:
Lack of adequate support causes tension on the plantar arch, leading to heel pain and plantar fasciitis.
⚖️ Loss of Stability and Control:
Standard insoles do not provide sufficient control of the foot during rapid movements or changes in direction, leading to an increased likelihood of sprains or lateral fatigue.
⚡ Lack of Elasticity and Responsiveness:
Common insoles lack the elasticity needed to harness the energy stored during loading, reducing the ability to push off in jumps and limiting speed in running.
🔄 Inadequate Stiffness:
Insoles that are too soft or poorly structured fail to provide the right balance between flexibility and stability, causing excessive foot strain and increasing fatigue.
⏳ Limited Durability:
Traditional insoles tend to wear out quickly, losing their ability to support and absorb impact, forcing the athlete to replace them frequently.
Do you recognize these feelings? You're not alone. Here's how our carbon insoles can make a difference.
Discover how it works
Carbon insoles are designed to optimize your every movement, turning your body's energy into power, speed and agility. Whether you're running, jumping or changing direction, the difference can be felt with every step.
Discover all the benefits
Carbon acts as a natural spring that stores and returns energy with each step, allowing you to jump higher and accelerate faster.
Thanks to the rigid yet flexible carbon structure, the insoles provide excellent arch and heel support, reducing the risk of sagging during running.
With better impact absorption, the carbon distributes pressure and reduces muscle tension, helping you keep the pace longer.
The balanced stiffness of the carbon insoles ensures stability and precision in lateral movements and changes of direction, which is essential for high-intensity sports.
Carbon acts as a natural spring that stores and returns energy with each step, allowing you to jump higher and accelerate faster.
Thanks to the rigid yet flexible carbon structure, the insoles provide excellent arch and heel support, reducing the risk of sagging during running.
With better impact absorption, the carbon distributes pressure and reduces muscle tension, helping you keep the pace longer.
The balanced stiffness of the carbon insoles ensures stability and precision in lateral movements and changes of direction, which is essential for high-intensity sports.
How Do Carbon Insoles Work?
Our insoles are not just inserts-they are the result of a technological innovation that harnesses the elasticity and strength of carbon to enhance your every step. But how does it really work? Here's what makes our insoles unique from traditional insoles.
Carbon is renowned for its unique combination of stiffness and lightness. Our multilayer structure creates a natural spring effect that stores and returns energy, giving you more thrust with every movement
Unlike traditional insoles that tend to collapse under pressure, the carbon-reinforced arch maintains its shape even during the most intense sessions, reducing the risk of injury and improving pressure distribution.
In addition to carbon, our insoles are coated with a lightweight, breathable material that absorbs moisture, preventing odor buildup and ensuring prolonged comfort even during training.
Carbon insoles are designed to fit any type of athletic shoe, providing the right support without compromising the feeling of comfort and fit