Dynamic Arch Support
The flexible nylon frame supports the midfoot while allowing the natural movement required throughout the running stride.
Foot insoles for running
Running Insoles are developed for road running, daily training, long-distance running, and other repetitive-impact activities. They provide dynamic arch support, responsive cushioning, heel stability, and energy return to help manage repeated loading during running.
Available for OEM/ODM customization in materials, structure, colors, branding, and packing.
Performance Customization
Arch profile, cushioning hardness, rebound, torsion control and stability zones.
Material Customization
PU, EVA, PORON®, TPU, nylon, carbon fiber and functional top covers.
Brand Customization
Colors, logos, graphics, fabric textures, packaging and private molds.
Production Support
Material selection, CAD development, prototyping, testing and mass production.
Engineered for Running
Lightweight Cushioning
Fine-cell EVA provides lightweight, consistent cushioning and helps distribute pressure during repeated running impact.
Responsive Energy Return
The ETPU forefoot pad delivers responsive rebound to support toe-off and forward propulsion with every stride.
Heel Impact Absorption
The targeted PU heel pad cushions repeated landing impact and provides lasting comfort over longer distances
Rearfoot Stability
The contoured deep heel cup helps center the heel and reduce unwanted in-shoe movement during landing.
Smooth Stride Transition
The flexible forefoot and supportive midfoot structure promote a smoother transition from landing to toe-off.
From Concept To Mass Production
IDEA
CAD
MATERIAL
PROTOTYPE
TEST
MASS PRODUCTION
QUALITY CONTROL
Developing A Running Insole For Your Brand?
Share your target market, shoe type and performance requirements with our team.
Running Insole FAQs
Answers for brands, buyers and players exploring performance insoles for running
A running insole should balance impact cushioning, midfoot support and forefoot rebound through repeated strides. It also needs to remain lightweight and fit securely inside running shoes without adding unnecessary bulk.
Yes. Heel cushioning, forefoot rebound, arch support, foam hardness and overall thickness can all be adjusted for different running categories, footwear constructions and performance targets. Running-insole OEM briefs commonly define performance by heel, midfoot and forefoot zones rather than simply asking for a “softer” insole.
There is no single best combination. Fine-cell EVA or PU can provide the main cushioning platform, ETPU or other high-rebound foams can be added in key impact or propulsion zones, and nylon or TPU support structures can provide controlled midfoot stability without excessive rigidity
Yes. Existing platforms can often be customized through materials, cushioning zones, support components, covers, colors and branding. A new mold is usually only needed when the required shape, thickness or support geometry changes significantly.
Provide the target running category, reference footwear, size range, performance goals, preferred materials, target price and estimated order volume. From there, the structure, tooling, sampling and testing requirements can be evaluated before production.