Discover the new C-Leg 4 Microprocessor Knee.
C-Leg: Trusted for good reason.
Since 1997, one particular microprocessor knee has set the standard for every other available option. Now, with the new C-Leg 4, our signature knee is raising the bar even higher.
It’s the one patented technology that empowers you with the proven performance you need to live the healthy, active life you want. C-Leg adapts to your unique gait pattern and walking speeds, so you can keep your focus where it matters — not on your next step, but on where you want it to take you.
It’s the world’s most studied prosthetic device. Full stop.
Up to 90%
of C-Leg users prefer it to their previous mechanical prosthesis*
27 years
of continuous microprocessor knee development and user input have led to the new C-Leg 4.
100,000
fittings have helped more users regain their mobility than any other microprocessor knee.
Royal, estate agentWith C-Leg, I’ve started a new chapter in my life. I used to be shy about my prosthetic leg, but now I feel strong and confident.
Patricia, office assistantWith C-Leg, I’m living again - traveling, working, taking care of my home and family. I feel good!
NHS Microprocessor Knee Funding for C-Leg 4.
Ottobock has been proudly providing the C-Leg 4 to medium to highly active individuals through NHS England funding since 2016. The funding means that amputees have access to an MPK which provides the most natural walking pattern helping users improve their mobility and gain independence.
Take a closer look.
The C-Leg's legacy lives on, discover some of the new exciting and innovative features of the updated C-Leg 4 microprocessor knee in detail.
Frequently asked questions about the C-Leg 4.
Want to know more? Contact us using the form below.
*Kannenberg, A., Zacharias, B., & Pröbsting, E. (2014). Benefits of microprocessorcontrolled prosthetic knees to limited community ambulators: systematic review. Journal of Rehabilitation Research and Development. 51(10), 1469-96.
Orendurff, Michael S.; Segal, Ava D.; Klute, Glenn K.; McDowell, Martin L.; Pecoraro, Janice A.; Czerniecki, Joseph M. (2006): Gait efficiency using the C-Leg. In: Journal of rehabilitation research and development 43 (2), S. 239–246.
Hafner, Brian J.; Willingham, Laura L.; Buell, Noelle C.; Allyn, Katheryn J.; Smith, Douglas G. (2007): Evaluation of function, performance, and preference as transfemoral amputees transition from mechanical to microprocessor control of the prosthetic knee. In: Archives of physical medicine and rehabilitation 88 (2), S. 207–217. DOI: 10.1016/j.apmr.2006.10.030.