lateral compression forces are transferred to the residual limb thanks to this
flexibility. This results in stabilisation, improved comfort and more natural
adaptation to the ground.
Carbon and polymer spring elements permit perceptible plantar flexion at
heel strike, a natural rollover movement and high energy return.
1.2 Combination possibilities
This prosthetic component is compatible with Ottobock's system of modular
connectors. Functionality with components of other manufacturers that have
compatible modular connectors has not been tested.
Prohibited combination possibilities
•
3C60, 3C86, 3C96, 3C86-1, 3C96-1, 3C88, 3C98, 3C88-1, 3C98-1,
3C88-2, 3C98-2, 4R88
Limited combination options for Ottobock components
The prosthetic foot generates high moments in the ankle area. Use structural
components with higher weight limits:
Body weight [kg]
Foot size [cm]
Structural component weight limit
[kg]
Combination with mechatronic prosthetic knee joints
For spring stiffness 4 from
size 27
2 Intended use
2.1 Indications for use
The product is to be used solely for lower limb prosthetic fittings.
2.2 Area of application
Our components perform optimally when paired with appropriate compon
ents based upon weight and mobility grades identifiable by our MOBIS clas
sification information and which have appropriate modular connectors.
The product is recommended for mobility grade 3 (unrestricted
outdoor walker) and mobility grade 4 (unrestricted outdoor walk
m°
kg
er with particularly high demands).
up to
55
up to
up to
26
≥75
≥100
Contact Ottobock Customer Service before making a
combination with a mechatronic prosthetic knee joint.
up to 75
up to 100
from
up to
28
29
28
≥125
≥125
up to
125
from
up to
29
30
≥150
≥150
15