Rugby Preventive Shoes Denim with A Diagnostic Sole

Memo Outdoor: Advanced Diagnostic & Corrective School-Age Footwear

Professional-Grade Orthopedic Support for Active Lifestyles and School Days.

Continuous Care Beyond the Home

The Memo Lace-Up Outdoor Series is specifically engineered for school-age children who require consistent postural support during their most active hours. This model bridges the gap between clinical orthopedic care and everyday outdoor footwear, allowing for the uninterrupted continuation of preventive and corrective therapy while at school or play.

Featuring a sophisticated lace-up closure system, these shoes provide a customizable, high-precision fit that secures the midfoot. This ensures that the corrective features of the shoe—including the rigid heel counter—stay perfectly aligned with the child’s anatomy during running, jumping, and walking.

The Signature Memo Diagnostic System

• Numbered Diagnostic Sole: A unique, springy non-slip outsole divided into numbered zones. By monitoring the abrasion patterns on these zones, parents can independently track foot health and react immediately to emerging gait issues.
• Stiff Heel Counter: An essential structural element that stabilizes the calcaneus, ensuring the foot remains in a neutral, healthy position to prevent valgus or varus deformities.
• Orthopedic Insole Compatibility: The interior volume and architecture are specifically adapted to accommodate custom orthopedic insoles if advanced correction is required.
• Breathable Goat Leather: Crafted from premium, soft goatskin both inside and out. These natural materials possess high hygroscopic properties, allowing the foot to breathe and preventing perspiration even during intense activity.

Expert Medical Evaluation

"The special, offset shape of the Memo diagnostic sole stabilizes the foot and ensures correct positioning during the gait cycle. It is an invaluable tool for ongoing monitoring of a child's musculoskeletal development."
— Clinical Observation, Memo Orthopedic Footwear Research Group.

Technical Specifications