C-Brace KAFO
The C-Brace opens up entirely new possibilities for users with its microprocessor sensor technology. Flexing under load while sitting down, navigating slopes, walking on uneven terrain, or going down stairs step over step–all this defines a new level of mobility.
The C-Brace opens up entirely new possibilities for users with its microprocessor sensor technology. Flexing under load while sitting down, navigating slopes, walking on uneven terrain, or going down stairs step over step–all this defines a new level of mobility.
The C-Brace is smaller and lighter, so the user does not need to exert as much energy while walking. This also allows the user to wear the orthosis underneath their clothing. The microprocessor sensor makes the entire gait pattern more dynamic and responsive. The user can also change settings on their joint: switching to cycling mode, using the smartphone app.
| Indications | Paraplegia, Paralysis, Neurological disorders |
| User group | adults |
| Applications | Custom Orthotics |
C-Brace – custom configuration with smart control
The new C-Brace allows users to experience a whole new world of movement. At last they can walk slowly or quickly, negotiate slopes or rough terrain, avoid trip hazards, descend stairs step-over-step or flex the leg while it’s under load.
The new C-Brace is small enough to be worn inconspicuously under clothing. Because it’s lightweight, the user expends less effort while walking.
The C-Brace responds in real time. This makes users feel safe even when they face potential trip hazards – because they can take steps or sit down with the knee flexed, and can also walk on uneven terrain or slopes.
Users can control their C-Brace® with the convenient Cockpit app, for example when switching to cycling mode. The orthotist uses the Setup app to individually adjust the C-Brace® in simple steps.
The new sensor technology makes the C-Brace® even more intuitive to use; movement patterns are even more dynamic and responsive.
The new C-Brace® can be constructed on site by a certified orthotist. Both the user and the orthotist benefit from the simplified fabrication process.
I can do that on my own again
Denise tells her story
Denise has incomplete paraplegia since an intervertebral disc operation. The young mother talks about how her life changed as a result and tells us who gave her strength in this difficult time.
David T. tells his story
David, a veteran, has incomplete paraplegia since an explosion. He talks about how his life changed as a result and tells us who gave him strength in this difficult time.
Marjan tells her story
Marjan from the Netherlands has incomplete paraplegia due to cancer. She talks about how her life changed as a result and tells us who gave her strength in this difficult time.
David M. tells his story
David was involved in a serious motorcycle accident in 2016, and his left leg is completely paralysed from the hip down due to a spinal cord injury. He was recently fitted with the new C-Brace and talks about his active life from studying to exploring nature.
Melvin tells his story
Melvin has polio, and his left leg is partially paralysed as a result. He talks about how he was fitted with the new C-Brace and how it supports him in his active life.
I can do that on my own again
Hannah has a spinal cord injury, and her right leg is paralysed. The new C-Brace has boosted her self-confidence. She now manages her day-to-day life with her two small children entirely on her own again.
Wolfgang tells his story
Wolfgang has polio and post-polio syndrome, and his right leg is paralysed. Recently, he was fitted with the new C-Brace. He describes how it improves his gait pattern, and especially how it supports him in tripping situations.
In conversation with Wolfgang
Wolfgang has polio and post-polio syndrome. His right leg is paralysed as a result. He talks about how and in what particular situations the new C-Brace provides him with support.
Hannah tells her story
Hannah has a spinal cord injury, and her right leg is paralysed as a result. Recently, she was fitted with the new C-Brace. She talks about how her life has changed as a result.
In conversation with Melvin
Melvin has polio, and his left leg is partially paralysed as a result. He was fitted with the new C-Brace and talks about his everyday experiences with it.
Living with spinal cord injury - Ayleen tells her story
Ayleen lives with a degenerative spinal disease that led to herniated discs already in childhood. However, this never stopped the Marburg native from shaping her life the way she wants. After a spinal cord injury in 2020, her health condition worsened drastically, and she was diagnosed with bilateral paraplegia. The previously active young woman lost her ability to walk and stand and had to use a wheelchair. Alternative treatments to help her get back on her feet were dismissed in the rehab clinic. But the economics graduate did not let these limitations stop her and did her own research. Finally, she discovered the microprocessor-controlled leg orthosis C-Brace. The smart mobility solutions from Ottobock, which she wears on her legs, restored Ayleen's mobility.
Intelligent sensors for continuous movement control
Walking recalculated
The C-Brace includes thigh, lower leg and foot components, all of which are custom fabricated. An ankle joint (unilateral or bilateral treatment) or a custom spring element connects the foot and lower leg components. The sensor technology continuously measures knee flexion and angular acceleration of the knee. This allows the C-Brace to detect which phase of the gait cycle the user is currently in. It can then regulate the hydraulic resistances and control the flexion and extension of the knee joint.
Product information
| Product type | Mechatronic orthotic knee joints |
| Material | Stainless steel |
| User group | adults |
Product Data
| Article number | Description | Side | Max. body weight | Weight of all components without packaging |
|---|---|---|---|---|
| 17KO1=L | C-Brace joint unit | left (L) | 125 kg | 1390 g |
| 17KO1=R | C-Brace joint unit | right (R) | 125 kg | 1390 g |