Personalized Running Prosthetics
Carbon Fiber Performance Solutions
Our award-winning personalized running prosthetics combine cutting-edge carbon fiber technology with individual biomechanical optimization to deliver unprecedented performance for athletes and active individuals. Each prosthetic is custom-engineered to maximize speed, endurance, and comfort while ensuring medical safety and compliance.
Key Specifications
Product Overview
Our award-winning personalized running prosthetics combine cutting-edge carbon fiber technology with individual biomechanical optimization to deliver unprecedented performance for athletes and active individuals. Each prosthetic is custom-engineered to maximize speed, endurance, and comfort while ensuring medical safety and compliance.
🏆 TÜBİTAK BIGG Sports Award Winner
Our revolutionary prosthetics project `Improving Sprinters with Carbon Fiber Reinforced Composite Prosthetics` has been recognized with the prestigious TÜBİTAK BIGG Sports Award, marking a major milestone in sports technology innovation and athletic performance enhancement.
Breaking New Ground in Personalized Prosthetics
Our project has the potential to break new ground in the field of personalized running prostheses. Unlike standard production models, this approach, which focuses on the needs of the individual, will help to bring a new standard to the sector. The main purpose of our project is to personalize and optimize the experience of disabled athletes.
Thus, we aim to enable disabled athletes to do sports more efficiently and comfortably by using prostheses designed in accordance with their own body structures. We are exhibiting an approach focused on personalized running prostheses with technology based on the determination of the mechanical properties of the prosthesis according to the athlete`s biomechanical analysis.
Our Personalization Methodology
Individual Assessment
Focus on the specific needs of each athlete rather than standard production models
Biomechanical Analysis
Comprehensive analysis of athlete`s body structure and movement patterns
Mechanical Property Optimization
Determination of prosthesis mechanical properties based on individual biomechanical data
Performance Enhancement
Enable athletes to perform more efficiently and comfortably with personalized design
🎯 Project Impact Goals
Development Process
Biomechanical Analysis
Comprehensive gait analysis and performance assessment
Custom Design
Personalized engineering based on individual requirements
Precision Manufacturing
Advanced composite manufacturing and quality control
Performance Validation
Rigorous testing and performance optimization
Performance Benefits
Product Highlights
Personalized Design
Each prosthetic is custom-engineered based on individual biomechanics, gait analysis, and performance requirements.
Advanced Materials
High-performance carbon fiber composites provide optimal strength-to-weight ratio and superior energy return.
Biomechanical Optimization
Engineered curvature and stiffness profiles maximize running efficiency and reduce energy expenditure.