Price on request
ReWalk 7 Personal Exoskeleton
Personal-use exoskeletons (spinal cord injury). Wearable robotic exoskeleton with motorised hips and knees that lets people with spinal cord injury stand, walk, turn and use stairs with crutches.
Walking exoskeletons
Last updated: 5 October 2026 · Total: 23 products
These are full lower-body robots that carry a person through standing up, walking and sitting down. Personal-use models, including the ReWalk 7 Personal Exoskeleton and Ekso Indego Personal, are intended for people with spinal cord injury to use at home and in the community, normally with crutches and a trained companion. Self-balancing designs such as the Wandercraft Eve keep themselves upright, which leaves the hands free. Clinical gait exoskeletons stay in rehabilitation centres and are adjusted for many patients, and pediatric versions are sized for children. A clinician assesses suitability and leads the training.
23 products
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Ekso Indego Personal
Personal-use exoskeletons (spinal cord injury). Modular powered hip-knee exoskeleton that the user can put on independently for walking at home and in the community.
Price on request
FREE Walk
Personal-use exoskeletons (spinal cord injury). Powered lower-limb exoskeleton used with crutches to help people with leg weakness stand up, walk and sit down.
Price on request
Eve
Self-balancing exoskeletons. Self-balancing personal exoskeleton that provides hands-free upright mobility at home without crutches.
Price on request
Atalante X
Self-balancing exoskeletons. Hands-free self-balancing rehabilitation exoskeleton for gait and balance therapy in clinics.
Price on request
REX
Self-balancing exoskeletons. Hands-free, self-supporting robotic walking device used in physiotherapy and spinal rehabilitation settings.
Price on request
EksoNR
Clinical / rehabilitation gait exoskeletons. Rehabilitation exoskeleton that helps therapists get patients standing and walking early in neurological recovery.
Price on request
Medical HAL Lower Limb Type (HAL-ML05 / HAL-ML08)
Clinical / rehabilitation gait exoskeletons. Wearable robot that reads the wearer's bio-electrical signals to assist hip and knee movement during gait therapy.
Price on request
ABLE Exoskeleton
Clinical / rehabilitation gait exoskeletons. Robotic exoskeleton for gait training in neurorehabilitation hospitals and clinics.
Price on request
ExoAtlet II
Clinical / rehabilitation gait exoskeletons. Powered hip-knee gait-training exoskeleton with cloud data platform and optional FES, used in rehabilitation clinics.
Price on request
ExoMotus M4
Clinical / rehabilitation gait exoskeletons. Hip-knee powered exoskeleton combined with a wheeled balance-support frame for institutional gait training.
Price on request
Angel Legs M20
Clinical / rehabilitation gait exoskeletons. Wearable walking-training robot for people with incomplete lower-limb paralysis.
Price on request
UAN.GO (BTL EXO)
Clinical / rehabilitation gait exoskeletons. Active lower-limb exoskeleton for gait rehabilitation that breaks down into three parts for transport.
Price on request
FreeGait
Clinical / rehabilitation gait exoskeletons. Active overground exoskeleton system that guides patients through a natural walking pattern during rehabilitation.
Price on request
UGO Exoskeleton (medical)
Clinical / rehabilitation gait exoskeletons. Lower-limb exoskeleton for walking training in hospital rehabilitation departments, with a separate household version.
Price on request
Trexo Theo
Pediatric exoskeletons. Robotic gait device for children that powers each step and is built for use at home as well as in clinics.
Price on request
ATLAS 2030
Pediatric exoskeletons. Pediatric trunk-to-foot gait exoskeleton with a safety frame for walking therapy.
Price on request
EXPLORER
Pediatric exoskeletons. Wearable pediatric exoskeleton for assisted walking in everyday places such as home, school and parks.
Price on request
Medical HAL Lower Limb Type HAL-ML07 (pediatric)
Pediatric exoskeletons. Small-size version of the HAL hip-knee therapy robot for children.
Price on request
Agilik
Pediatric exoskeletons. Lightweight powered knee orthosis that assists knee extension to address crouch gait in children.
How to choose
- Ask about injury level and arm strength requirements, since most personal devices need crutch support.
- Compare the height, weight and hip width ranges of each model with your own measurements.
- Check that a companion can commit to training, because many devices require one during use.
- Find out whether stairs and kerbs are within the approved use of that model in your region.
Guides for choosing walking exoskeletons
All guidesNews & Tech · 8 min read
Personal exoskeletons: what you can take home today
A few powered exoskeletons are cleared for use at home, mostly for spinal cord injury, on prescription and with a trained companion. Most others stay in clinics.
Common questions
Who can use a walking exoskeleton?
Eligibility is set by each manufacturer and confirmed by a clinician. Typical criteria include injury level, height and weight limits, sufficient joint range, healthy bone density and enough arm function for crutches where needed.
Can an exoskeleton climb stairs?
Some models have a stair function, and its approval varies by country. Many others are limited to level or gently sloped ground. Check the stated indications of the specific device.