01
A cybernetic assistive limb that reads bioelectric signals to support hip and knee movement.
WGT
17 kg
RUN
3 h
TRQ
40 Nm
DATA 92%
Quote only
Medical & rehabilitationActive
87% dataImage credit: Ottobock
GermanyAudited
C-Brace
Mechatronic orthosis
A microprocessor-controlled stance-and-swing leg orthosis for lower-limb impairment.
Quick answer
C-Brace is an active medical exoskeleton from Ottobock, aimed at mechatronic orthosis. Its public dossier records a system weight of 2.4 kg, a published runtime of 24 h, a support figure that is not disclosed. 20 of 23 applicable parameters are verified (87% coverage). Pricing is not publicly disclosed. The maker lists availability in Europe. Missing values are marked Unknown or Not disclosed, never inferred.
System weight
2.4 kg
Peak assist torque
Unknown
Runtime
24 h
Max user weight
120 kg
01 / Overview
C-Brace is a mechatronic leg orthosis that controls stance and swing phases with a microprocessor and hydraulic resistance. It sits between conventional orthotics and full exoskeletons, and is included in the index because buyers often evaluate it alongside gait-assistance systems.
02 / Technical dossier
Technical dossier
Parameters marked Unknown or Not disclosed are left blank by design. No value is inferred.
Basics
basic / 5- System weight
- 2.4 kg
- User height range
- Custom fitted cm
- Max user weight
- 120 kg
- Sizes / fit
- Custom
- Frame materials
- Carbon fibre, Aluminium
Related systems
Related systems
Same use category, adjacent capability.
02
A therapist-supervised gait exoskeleton for inpatient and outpatient neurorehabilitation.
