Clin2
NCT07030322Possibly a fitEnrolling by invitation

Using a personal exoskeleton at home: health and cost study

Spinal Cord Injury

Part of Brain & nervous system, Injuries & trauma clinical trials.

This study looks at how using a wearable robotic exoskeleton in your home and community affects your health and finances. If eligible, you would use the device with a trained support person to see if it helps with daily mobility.

Summary written for real people, not researchers, by Clin2.

Phase
N/A
Enrollment
5 people
Ages
18 years and older
Study type
Observational

Who can take part

  • You must be between 5'1" and 6'3" tall and weigh 250 lbs or less
  • Your femur (thigh bone) length must be between 14.5 and 19 inches
  • Your seated hip width must be 16.6 inches or less
  • You need a support person who can be trained and present during all sessions
  • You must have enough arm and shoulder strength to manage walking aids like crutches or a walker

View the official record on ClinicalTrials.gov

Quick eligibility check

Answer a few plain-language questions, based on this study's own requirements, to get a preliminary sense of fit.

Similar studies

Other trials that look related to this one.

NCT07062575Recruiting
Exoskeleton training at home for walking after spinal cord injury

This trial tests a wearable robot (exoskeleton) that helps people with spinal cord injuries walk at home. If you have a chronic injury and a helper, you may be able to join.

Hengstdal, Ubbergen
NCT07222033Recruiting
Self-balancing exoskeleton for spinal cord injury

This trial will test a self-balancing personal exoskeleton for people with spinal cord injuries. It may help you walk again and improve your mobility.

New York, New York
NCT07828912Not yet recruiting
Comparing a wearable robot to a manual wheelchair for daily tasks

This study compares using a personal exoskeleton (a wearable robot that helps you stand and walk) versus a manual wheelchair for everyday activities. It aims to see which one helps people with spinal cord injuries feel more satisfied and perform better in daily tasks.

Ploemeur
NCT05926596Recruiting
Leg stretching with an on-demand exoskeleton for spasticity

This trial studies whether a wearable exoskeleton that helps with leg stretching can reduce stiffness and improve movement in people with spasticity after a spinal cord injury. It may help you stretch more safely and comfortably, but you must meet specific health and device-wear requirements.

Syracuse, New York
NCT07849062Recruiting
Robot-assisted physiotherapy for spinal cord injury

This study tests whether intensive physiotherapy with a robotic exoskeleton helps people with spinal cord injuries improve movement and function. The robot supports your legs while you practice walking, aiming to boost recovery.

Nevşehir
NCT07418398Not yet recruiting
Walking with an exoskeleton plus spinal stimulation for muscle and bone health

This study tests whether using a powered walking exoskeleton together with a mild spinal cord stimulation device can improve muscle and bone strength in people with long-term spinal cord injuries. If you qualify, you'd use the exoskeleton during therapy sessions while researchers watch for changes in your leg muscles and bones.

West Orange, New Jersey

Hear when a new Spinal Cord Injury trial opens

We’ll email you when one opens — at most once a week, no account needed, unsubscribe anytime.