Care Technology

Brooks Rehabilitation Adds Anti-Gravity Walking Tech: What It May Mean for Patients and Families

Brooks Rehabilitation says it is adding Lite Run body-weight-support technology at its rehab hospitals in Florida and at a new Phoenix hospital. For families choosing rehab after a stroke, spinal cord injury, or major mobility setback, the practical question is whether tools like this can safely expand therapy options and speed early movement.

Published Wednesday, July 01, 2026
Physical therapist helping a rehab patient practice walking with a body-weight-support mobility device

Brooks Rehabilitation, a nonprofit rehab provider based in Jacksonville, said it has started using Lite Run, an FDA-registered mobility device designed to support patients during walking and other therapy. This matters to families because early movement after a stroke, brain injury, spinal cord injury, or major orthopedic event can affect how much therapy a person can tolerate, how safely they can practice walking, and sometimes how quickly they regain function.

What happened

According to a July 1 PR Newswire announcement, Brooks bought three Lite Run devices. Two are now being used at Brooks hospitals in Jacksonville, and a third is planned for Brooks' new rehab hospital opening in Phoenix on the Mayo Clinic campus.

The system uses a wearable "Exosuit" and low-pressure air support to take some body weight off the patient during therapy. Brooks says that can help certain patients begin upright movement earlier, with less fall risk and less physical strain on staff. The company said the devices may be used with patients recovering from stroke, spinal cord injury, traumatic brain injury, neurological conditions, orthopedic injuries, and other serious mobility problems.

Brooks also framed the purchase as a staffing and safety tool. In plain English, the idea is that therapists may be able to work with some medically complex patients sooner and with less hands-on lifting. That could matter in rehab settings where staffing is tight and many patients need high-assistance mobility work.

What this may mean for families

For families comparing inpatient rehabilitation programs, this announcement is most useful as a sign of how a provider approaches mobility recovery. A hospital that invests in body-weight-support equipment may be trying to help some patients stand, walk, and practice balance earlier than they otherwise could. That can be especially relevant if your loved one is recovering from a stroke or neurological condition and is not yet safe to walk on their own.

That said, equipment alone does not guarantee better results. Families should ask how often the device is actually used, which patients qualify, and whether it changes the therapy plan in a meaningful way. When touring or speaking with a discharge planner, it can help to use a broader checklist like questions to ask on a care tour and adapt those questions to rehab: How many therapy hours are provided? How often will walking practice happen? What happens if the patient needs two staff members to move safely?

This kind of announcement may also matter after rehab. Some patients leave inpatient rehab needing ongoing support in assisted living, skilled nursing, or memory care depending on cognition and mobility. Families trying to understand those next-step options may want to review assisted living vs. nursing home care and assisted living vs. memory care, especially if recovery is incomplete and supervision needs remain high.

What to keep in mind

This is still a company press release, not an independent study. Brooks says it evaluated the technology for months, but the announcement does not include detailed outcome data, such as whether patients walked sooner, had shorter stays, or were more likely to return home. It also does not say whether the device will be available to most patients or only a narrower group with specific diagnoses and therapy goals.

Families should also remember that good rehab outcomes depend on more than one device. Staffing levels, therapist experience, nursing support, medical oversight, discharge planning, and what happens after rehab all matter. A mobility tool can be helpful, but it should be seen as one part of the program, not proof that one facility is automatically better than another.

Bigger picture: why rehab providers are focusing on early mobility

Brooks' announcement fits a broader trend in post-acute care: providers are trying to get patients moving earlier while also dealing with labor shortages and more medically complex cases. Earlier mobility can help reduce some complications linked to long periods in bed, and it may improve endurance and confidence for some patients. At the same time, providers are under pressure to do more with limited staff, so equipment that reduces lifting strain and fall risk is getting more attention.

For families, the practical takeaway is simple: ask not just whether a rehab provider has advanced equipment, but whether it helps deliver more therapy, safer walking practice, or a clearer path home. If a loved one may need long-term residential care afterward, cost planning matters too. These guides on how to pay for assisted living and whether Medicare pays for assisted living can help set expectations early.

Practical takeaway: Brooks' new walking-support technology may give some rehab patients a safer way to practice movement earlier, but families should ask for specifics. The key questions are who gets access, how often it is used, and whether it changes real-world therapy intensity or discharge outcomes.

Quick questions readers may ask

  • Does this mean Brooks offers better rehab than other hospitals? Not by itself. The announcement shows an equipment upgrade, but families still need to compare staffing, therapy intensity, and outcomes.
  • Will this lower the cost of care? The release does not say that. It may improve therapy options for some patients, but there is no evidence here that it reduces what families pay.
  • Who is most likely to benefit? Based on the release, patients recovering from stroke, spinal cord injury, brain injury, neurological disease, or major orthopedic injuries may be the most likely candidates.