Bionic & Dynamic Foot
R&DHigh-energy return dynamic prosthetic foot and ankle for active walking.
Engineered for lower-limb amputations (transtibial and transfemoral), our bionic foot combines progressive dynamic carbon-fiber springs, lightweight titanium adapters, and multi-axial kinematics to restore a stable, natural gait on all terrains.
In research and development phase
Our engineering team and partner prosthetists are conducting biomechanical tests and carbon-fiber blade optimizations in our Ariana workshops.
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Key Benefits
Energy return & physiological gait
Woven carbon-fiber leaf springs acting like a biological spring: smooth heel impact absorption and dynamic toe-off propulsion to reduce metabolic energy expenditure.
Multi-axial stability on rugged terrains
Adaptive inversion and eversion capabilities to conform to slopes, curbs, and uneven surfaces, protecting the contralateral knee and hip joints.
Universal compatibility & modularity
Standard titanium pyramidal connectors compatible with transtibial and transfemoral sockets, as well as all prosthetic knee mechanisms (mechanical or microprocessor-controlled).
Technical Specifications
| Specification | Value |
|---|---|
| Weight | 580 g à 680 g selon la pointure |
| Battery & autonomy | Modèle dynamique passif (version mécatronique en R&D) |
| Control mode | Biomécanique dynamique multi-axiale & restitution de force de propulsion |
| Materials | Lames composites en fibre de carbone, adaptateurs titane et alliages légers |
| Available sizes | Tailles du 22 au 30 cm, niveaux d'activité K2 à K4 (jusqu'à 125 kg) |
| Warranty | Garantie constructeur et maintenance locale en Tunisie |
| Certification | Conformité biomécanique ISO 10328 • Label officiel Startup Act |
Frequently Asked Questions
Interested in Bionic & Dynamic Foot?
Book an appointment with our team and specialist prosthetists to assess your needs and arrange a personalized trial.