MVP Insoles feature a patented carbon fiber baseplate, customized based on your sport, gender, age, and weight. The carbon fiber design is engineered to help store the energy you create and then return it to you during push-off — which can help support explosiveness, speed, and vertical movement.

Stock foam insoles, commonly found in many sneakers and cleats, tend to compress under pressure which may result in lost energy. MVP’s carbon fiber baseplate is designed to help store and return that energy back to you — which can support energy return, stability, and performance with each step.

MVP Insoles are designed with a carbon fiber baseplate that is customized based on an athlete’s height, weight, and sport. This customization helps match the stiffness of the insole to the athlete’s typical energy output. A stiffer baseplate is selected for athletes who generate higher force—such as those in high-impact sports or with greater body mass—while a more flexible baseplate is used for athletes with lower force output. This design is intended to help with energy return and responsiveness during explosive movements, such as sprinting and jumping.

When you run or jump, your foot naturally generates energy with each step. MVP Insoles are designed with a carbon fiber baseplate that can store some of that energy during foot strike and release it during push-off. This energy return mechanism is intended to support more efficient movement, which may help athletes during explosive actions like sprinting and jumping.

MVP Insoles are designed with a carbon fiber baseplate intended to store and return energy with each step. This energy return mechanism is engineered to support efficient movement and force transfer, which may help athletes during dynamic actions such as sprinting, jumping, and quick directional changes. While every athlete is different, the insoles are crafted to support explosive performance by enhancing responsiveness and stability.

Yes, MVP Insoles are designed with comfort in mind. Each insole consists of three carefully engineered layers that are intended to work together to help balance performance and comfort. The bottom layer is a carbon fiber baseplate, which provides the stiffness intended to help support energy return. The top layer is made of high-density closed-cell foam for breathability and durability. Sandwiched between these layers is a low-density closed-cell foam layer that offers flexibility and a soft, cushioned feel.

This multi-layer structure is meant to provide a balance of support, responsiveness, and comfort during long practices, games, or high-impact activity.

Yes, MVP Insoles are permitted in competitive sports. They are designed to help store and return energy already generated by the athlete, without introducing any external energy source. MVP Insoles have been worn by athletes at the highest levels, including professional and collegiate sports.

Note: It’s always a good idea to check with your sport’s governing body for any sport-specific equipment regulations.

Yes, MVP Insoles are designed to help stabilize your foot inside the cleat, which can support a stronger connection with the ground. By limiting unnecessary movement underfoot, this added stability may help with traction and grip during sprints, cuts, and directional changes.