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Linx is a complete microprocessor-controlled transfemoral limb system — the knee and the foot are fully integrated and continuously communicate, sharing sensor data to coordinate every step. Seven sensors provide real-time feedback for stairs, ramps, slopes, and variable terrain. Clinical studies have shown reduced sound-side loading and improved user confidence.
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Passive
AI-controlled, multi-terrain stability
Passive
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Passive
AI-controlled, multi-terrain stability
Passive
AI-controlled, multi-terrain stability
Passive
AI-controlled, multi-terrain stability
Bionic
AI-controlled, multi-terrain stability
Bionic
Specifications sourced from this brands product documentation. LimbMatch does not verify manufacturer claims — wearer reviews reflect real-world performance.
Scores are wearer-reported averages from LimbMatch reviews. Not manufacturer claims.
Linx is the world's only fully integrated microprocessor-controlled limb, with the knee and ankle communicating continuously.
Linx is a complete microprocessor-controlled transfemoral limb system — the knee and the foot are fully integrated and continuously communicate, sharing sensor data to coordinate every step. Seven sensors provide real-time feedback for stairs, ramps, slopes, and variable terrain. Clinical studies have shown reduced sound-side loading and improved user confidence.