![Research and development about prosthesis lower limb](https://www.roadrunnerfoot.com/wp-content/uploads/2024/07/Product-Life-management.jpg)
NEW SOCKET METHODOLOGY
![](https://www.roadrunnerfoot.com/wp-content/uploads/2025/01/NEW-SOCKET-METHODOLOGY.jpg)
Design for Disability: Prosthetic BK Socket’s Manufacturing with New Digital Methodology https://doi.org/10.15221/24.08
INNOVATIONS YEAR AFTER YEAR
2008
Roadwalking foot, Carbon Fiber Pylon and Modular adapter
![](https://www.roadrunnerfoot.com/wp-content/uploads/2024/07/Rw-simulation-scaled.jpg)
2009/2010 Walking MP foot, Knee Joint Blocked and Polycentric Knee joint 2011 Roadflexion foot
![](https://www.roadrunnerfoot.com/wp-content/uploads/2024/07/RFX-simulatyion-scaled.jpg)
2012 Liners
2013 Polycentric knee compact with spring, single axis knee joint with friction, titanium Gr5 adapters
2014 Equilibrium foot, Pneumatic knee joint
2015 Hydraulic knee joint, AFO KAFO HKAFO carbon fiber and PEEK orthesys
2016 Joker foot and carbon fiber wheelchair
2017 Liners with new material and EVA cover foot
2019 Rugby wheelchair
2020-2021 New prosthetic knee joints
2022-2023 New innovative digital methodology to realize prosthetic socket
2024-2025 Customized parts: liners, covers, cosmetic cover
PAPERS
Roadrunnerfoot is nowadays the leader (Clinical Engineering Handbook 2019 Chapter 69 Evolution of prosthetic feet and design based on gait analysis data ) in research, development, and production of devices for disabled people thanks to the unique operational process: each product is conceived meeting the user’s needs as a healthy limb. This modus operandi requires vanguard and high-cost technologies, like optoelectronic systems.