Carbon Sport
Full-length or zonal carbon-fiber components can create a low-profile, directional stiffness for performance footwear.
Sports insole manufacturer
Performance insoles tuned to the movement and the shoe.
Developed for running, court and training footwear where structure, rebound, pressure distribution and shoe volume must work together.
Discuss a sports program
Platform choices
Configure support without overbuilding the shoe.
Energy-return comfort
E-TPU bead structures, resilient PU/IP foam and gel zones can be combined to tune underfoot response.
Adaptive support
TPU or nylon support elements, deep heel geometry and replaceable arch components can address different fit targets.
Key development decisions
What we need to know before material selection.
Sport & movementRunning distance, court movement, training or recovery use.
Shoe constructionLast volume, strobel, footbed allowance and target weight.
Target sensationSoft cushioning, stable guidance, rebound or low-profile ground feel.
Support geometryNeutral, adaptable or targeted arch and heel structures.
Durability targetExpected mileage, flex cycles and environmental exposure.
Commercial briefQuantity, channel, target cost, packaging and delivery timing.
Material stack
Common sports-insole components
Top layer
Moisture-management fabric, mesh or branded textile selected for hand feel, friction and drying behavior.
Cushioning layer
PU, IP, EVA, E-TPU, PORON or gel selected by rebound, compression set, density and thickness.
Support layer
TPU, nylon or carbon-fiber chassis designed around flex direction, arch profile and heel stability.
Sports insole development