ROADWALKING II HP

Roadwalking II HP is a prosthetic foot for  very active people, with a mobility level 4 (K-level). The 3 point on the ground and 3 laminate structure allows a high foot’s response during walking: in every moment at least 2 laminates work together to release energy.

The Roadwalking foot has 70 % efficiency, the best efficiency for a carbon fiber foot in all the world.    

Material: carbon fiber.

Warranty: 36 months.

 

 

Category:

Description

STRONG TITANIUM GR. 5 SCREWS
STRONG TITANIUM GR. 5 ADAPTER
DURABLE CARBON FIBER STRUCTURE
CERTIFIED ISO 10328
1st CONTACT POINT
2nd CONTACT POINT
3rd CONTACT POINT

Roadwalking is a prosthetic foot with the 3 laminate structure : inferior laminate, two anterior laminates and posterior laminate.

Sizes I and II

Code 1.002.01.I.S 1.002.01.I.H 1.002.01.I.SH
Size I
Cat. Soft Hard Super Hard
Shoe number 35-36
Foot length 23
Weight range

30-50

 51-75 76 – 100
Option wedge soft or hard
Code 1.002.01.II.S 1.002.01.II.H 1.002.01.II.SH
Size II
Cat. Soft Hard Super Hard
Shoe number 37-38
Foot length 24
Weight range

30-50

 51-75 76 – 100
Option wedge soft or hard

Sizes III and IV

Code 1.002.01.III.S 1.002.01.III.H 1.002.01.III.SH
Size III
Category Soft Hard Super Hard
Shoe number 39-40
Foot length 25
Weight range

30-50

 51-75 76 – 100
Option wedge soft or hard
Code 1.002.01.IV.S 1.002.01.IV.H 1.002.01.IV.SH
Size IV
Category Soft Hard Super Hard
Shoe number 41-42
Foot length 26
Weight range

40-60

 61-85 86 – 130
Option wedge soft or hard

Sizes V

Code 1.002.01.V.S 1.002.01.V.H 1.002.01.V.SH
Size V
Category Soft Hard Super Hard
Shoe number 43-44
Foot length 27-28
Weight range

40-60

 61-85 86-130
Option wedge soft or hard

Note:

for patients with a weight between different categories, it’s better to choose the upper type of lamination and category.

Patient’s video

Testing video

TESTING

Certification

Since 2016 Roadrunnerfoot start the collaboration with Berlin Cert:
ROADWALKING is the first carbon fiber foot tested and validated by Berlin Cert.

FEM Analysis and alignement