As seen by it's name, Short profile design is suitable for users with long residual limbs.
Even having a Short profile, the foot provides energy return which is considerably high.
Short height structure enables to use additional components on top, such as active vacuum adapters and shock absorbers.
“3D-Printed Rings Technology” (Patent Pending) provides “Screw-less” connection of carbon plates at toe section. This provides smooth feeling and gait cycle for the user.
Suitable for K2-K3 level users.
Foot Shell is same for all foot types and available in all sizes.
Foot Shell should be ordered separately by its size and colour.
Winged foot is designed as a multi-functional foot with complete carbon fiber structure. It has two main plates, divided in two parts which allows +/- 10 degrees of inversion and eversion movements of the carbon foot. Also split main plate design of the foot provides +/- 5 degrees of the torsion of the pyramid section. For smoother gait cycle, there is an additional inner carbon plate to comfort during the stance phase, causing the main plate to flex till a particular point easily and prevents further loads.
3D-Printed rings together with carbon fibers
3D-Printed rings allows easily seat and cover for carbon fibers as well as reduces and distributes the stress of heel strike force by its pre-shaped structure and round corners.
Features
+/- 5 degrees Torsion of Pyramid
+/- 10 degrees of Inversion and Eversion
Multi-axial body
Impact absorbtion by inner Plate
Wide body with to increase ground stability
Technical Information
Target Users: Moderate impact, K3-K4 level patients
Stiffness Categories: 1 to 5
Connector Type: Titanium Male Pyramid
Max. Body weight: 120 kg
Size range: 23 to 29
Category Selection
Body Weight
Category
65 - 75 kg
CAT-1
75 - 85 kg
CAT-2
85 - 95 kg
CAT-3
95 - 105 kg
CAT-4
105 - 120 kg
CAT-5
Impact Absorption
When load is placed on the toe, main carbon plate twists through C-shaped inner carbon plate. In this case, inner plate behaves like a shock absorber and shares the impact force with main plate. This movement also supports energy return to toe-off phase.
