How C-LegŪ Technology Works
Sensors Provide Real-Time Gait Information
Data is taken 50 times a second by a joint angle sensor. While a force-sensing strain gauge pylon is used to determine phase of gait and walking speed of the user.
Unique Software Analyzes the Gait Information
We've designed our software to determine the best resistance and setting. The software considers the real-time sensor data to establish which phase of gait the user is in...and
algorithms based on thousands of gait cycles are built into our software.
Microprocessor-Controlled Hydraulics
Gives optimal response during swing phase. Not a step early, not a step late. Flexion and extension motors are continuously adjusted to create optimal stability during stance phase.
Resulting in:
- greater freedom of movement
- changing speed
- reacting to uneven terrain
- tackling slopes
- descending stairs step-over-step
New Features for the C-Leg
The C-Leg® is now even better. Based on the experience of users and practitioners, we're proud to introduce advanced features in this proven product.
- Wireless Remote Control allows users to switch easily between modes. Offering even greater mobility and independence.
- Standing Mode has been added. Regardless of dynamic alignment...the Standing Mode stabilizes the C-Leg® at any flexion angle between 7 and 70 degrees. This takes weight off the sound limb. Allowing the user to relax while standing.
- Adapting Swing Phase Dynamics delivers independence to the user. Gives users the ability to slightly adjust swing phase for higher or lower dynamics for different activities. Easily done with the touch of the remote.
- Scope of Application. The new C-Leg® is suited for knee-disarticulation, transfemoral, hip-disarticulation and hemipelvectomy amputees. Amputees that fit in Mobility Grades 3 and 4 according to Otto Bock's MOBIS® Mobility System. Designed for a maximum weight of 275 lbs (125 kg).
