Össur Rheo Prosthetic Knee XC

Product Overview

The Össur Rheo Knee XC is a microprocessor-controlled prosthetic knee designed for active above-knee amputees who want a combination of stability, adaptability, and durability. Building on the proven Rheo Knee platform, the XC version is engineered for users who regularly encounter varied terrain, outdoor environments, and more demanding daily activities.

Using advanced magnetorheologic technology, the Rheo Knee XC continuously analyzes movement and adjusts resistance in real time. This allows the knee to respond naturally to changes in walking speed, direction, and terrain while helping maintain smooth transitions between stance and swing phases.

The knee is designed to support a more natural gait pattern and reduce the effort often associated with compensatory movements. Its weather-resistant construction and high-impact durability make it suitable for users who spend time outdoors, navigate uneven ground, or maintain an active lifestyle. Clinicians can customize settings to match individual mobility goals, creating a personalized balance of stability and responsiveness.

Features and Benefits

• Microprocessor-controlled technology: Continuously adapts to changing walking conditions.
• Magnetorheologic resistance system: Delivers rapid adjustments for smoother movement.
• Adaptive stance and swing control: Helps create a more natural gait cycle.
• Real-time gait analysis: Responds instantly to changes in speed and terrain.
• Enhanced stumble recovery support: Helps improve safety and user confidence.
• Weather-resistant construction: Designed for outdoor use and active lifestyles.
• High-impact durability: Built to withstand demanding daily activities.
• Improved ramp and slope navigation: Provides better control on inclines and declines.
• Customizable settings: Allows clinicians to tailor performance to the user.
• Rechargeable system: Supports reliable day-to-day mobility.

The Össur Rheo Knee XC is an excellent choice for active users seeking intelligent knee technology that can adapt to real-world environments while delivering dependable stability, comfort, and performance.