care & love
Choosing the right robot for lower limb rehabilitation can be confusing. Two devices often compared side by side are the Gait Assist and the Bear Adult — both are lower limb exoskeleton robots offered by Mona Care (Oakon Tech Inc.). Although they share the same category and both carry IEC 60601 certification, they are engineered to serve different patients, different clinical priorities, and different stages of recovery. Understanding how they compare helps a rehabilitation department or home-care provider make the right purchase decision rather than picking on the basis of price alone.
The Bear Adult is aimed primarily at adults whose lower limb motor dysfunction has been caused by stroke. It is intended for use in Rehabilitation Departments, Neurology Departments, Neurosurgery Departments, and Intensive Care Units — settings where professional medical staff are present and where patients often start with very limited volitional control. Its working principle is biomechanical modeling that simulates the natural human gait, guiding the limbs through a correct movement trajectory so that abnormal gait patterns can be corrected over time.
A notable technical characteristic of the Bear Adult is its continuous output of up to 50 Nm of torque. This makes it capable of supporting heavier or weaker patients through a full training session while delivering repetitive, high-frequency walking training. It also supports multiple functional training modes, which gives clinicians flexibility to adjust the training according to each patient's tolerance and goals.
The Gait Assist is positioned for individuals with general lower limb walking dysfunction, and it can be deployed in rehabilitation departments and other facilities staffed with professional medical personnel. Where it differs most from the Bear Adult lies in its approach: the Gait Assist uses multi-sensor fusion to identify movement intentions, so the robot recognizes the patient's own effort and provides assistance accordingly. This enables a more active form of robot-assisted gait training in which the patient's residual movement is encouraged rather than overpowered.
Backed by a high-power electric control system, the Gait Assist delivers strong power output to enhance walking ability. Its features read as a checklist for precision rehabilitation: motion intention recognition for active walking, comfortable human-machine interaction, personalized parameter adjustment, and the ability to export training data for medical, educational, and research purposes.
| Comparison point | Bear Adult | Gait Assist |
|---|---|---|
| Primary target user | Adults after stroke with lower limb motor dysfunction | Individuals with lower limb walking dysfunction |
| Main working principle | Biomechanical simulation of natural human gait | Multi-sensor fusion for movement-intention recognition |
| Power output | Continuous output of up to 50 Nm torque | High-power electric control system with strong output |
| Training approach | Repetitive high-frequency walking training in multiple functional modes | Active walking assisted by motion intention recognition |
| Data capabilities | Multiple functional modes for comprehensive mobility improvement | Personalized parameter adjustment and training data export |
| Certification | IEC 60601 certified | IEC 60601 certified |
The selection comes down to the recovery stage and the amount of volitional control the patient retains. For patients who have just experienced a stroke and cannot yet initiate meaningful movement on their own, the guided, high-torque approach of the Bear Adult provides the structure and power needed to establish a correct gait pattern from the ground up. For patients who have regained some movement and want to rebuild strength through their own effort, the intention-recognition design of the Gait Assist fits better — it detects when the patient is trying to move and assists to amplify that effort, which tends to encourage more active participation in each session.
Facilities that run a structured, multi-stage program sometimes invest in both models so that patients can progress from guided training to active-assist training as their motor function improves. Because both systems are part of the same gait training robot family from Mona Care, staff who learn one interface will find the other familiar, which lowers the training burden on clinicians.
The Bear Adult and the Gait Assist are not competing alternatives in the strict sense — they answer different clinical questions. The Bear Adult brings torque and guided structure for stroke recovery, while the Gait Assist brings intention-driven, personalized, data-rich training for active rehabilitation. Both are IEC 60601 certified, both are built on the principle of natural gait restoration, and both belong to a larger portfolio that also includes the Rabbit Kid for pediatric use. If you are weighing options for your facility, defining the patient population and their recovery stage first will make the choice clear.
To see the full lower limb exoskeleton robot lineup and request a consultation, visit the Mona Care walking robot page. For detailed specifications, pricing, or a demonstration, contact the Mona Care team at inquiry@mona-care.com or via WhatsApp at +86 134 8093 2349.