The Rebound Air Walker features a host of details designed to provide added protection, superior compression, simplified application and usage, improved comfort and, ultimately, successful patient outcomes
| Part# | Size |
|---|---|
| B-242900001 | X-Small |
| B-242900002 | Small |
| B-242900003 | Medium |
| B-242900004 | Large |
| B-242900005 | X-Large |
| Part# | Size |
|---|---|
| B-418000101 | X-Small |
| B-418000102 | Small |
| B-418000103 | Medium |
| B-418000104 | Large |
| B-418000105 | X-Large |
| Part# | Size |
|---|---|
| B-242900061 | X-Small |
| B-242900062 | Small |
| B-242900063 | Medium |
| B-242900064 | Large |
| B-242900065 | X-Large |
| Part# | Size |
|---|---|
| B-418000161 | X-Small |
| B-418000162 | Small |
| B-418000163 | Medium |
| B-418000164 | Large |
| B-418000165 | X-Large |
Following severe injuries of the foot and ankle, immobilization is essential. Most important is sagittal plane immobilization of the ankle to limit dorsiflexion and plantarflexion range-of-motion (ROM).
Fiberglass casting has historically been considered the “gold standard” of care. However, In a recent, IRB-approved, prospective, randomized, controlled study, the Össur Medical Office demonstrated that there was no significant difference in sagittal plane ankle immobilization between the Rebound Air Walker (9.59° ± 5.66) and a fiberglass cast (9.45° ± 4.69).
A comparison of fiberglass casts and pneumatc walkers*
Gait symmetry was significantly better with the Rebound Air Walker (3.17% ± 1.15) than for a fiberglass cast (6.53% ± 3.30).
Gait Dynamics - a comparison of casts and pneumatc walkers*
Does pressure distribution effect the possibility of early weight-bearing post ankle injury?*
*Study by The Össur Medical Office