Exoskeleton Robotic Legs Provide New Option for Wheelchair Users

Author: Rex Bionics
Published: 2010/08/24 - Updated: 2018/06/20
Contents: Summary - Main - Related Publications

Synopsis: When Hayden Allen was spinal cord injured five years ago he became a full time wheelchair.

Main Digest

When Hayden Allen was spinal cord injured five years ago he became a full time wheelchair user and doctors told him he'd never walk again. Today a revolutionary product developed by Auckland-based company Rex Bionics has enabled Hayden to walk again.

Hayden has been one of the first people in the world to use Rex, the Robotic Exoskeleton, which is most easily described as a pair of robotic legs that supports and assists a person who usually uses a wheelchair, enabling the person to stand, walk and go up and down steps and slopes.

"I'll never forget what it was like to see my feet walking under me the first time I used Rex," says Hayden, who is 6'4" (193cm) tall when standing. "People say to me, 'look up when you're walking' but I just can't stop staring down at my feet moving." Being up out of his chair and on his feet again allows Hayden many more options on a day to day basis, increasing opportunities for employment and recreational activities by providing access for him independently to go places previously inaccessible to him. For example - up stairs!

Rex users self-transfer from their wheelchair into Rex, strap themselves in and control their movements using a joystick and control pad. REX is powered by a lightweight, long life rechargeable battery.

Rex is the brainchild of two childhood friends, Richard Little and Robert Irving - co-founders of Rex Bionics.

"Both of our mothers are in wheelchairs so we are aware of some of the obstacles and access issues faced by many wheelchair users," says Richard. Robert's Multiple Sclerosis diagnosis seven years ago was the catalyst for these men to put their engineering skills to use to develop a practical, standing and walking alternative to wheel chairs.

The founders are quick to point out that Rex is not a replacement for a wheelchair, but a complement that offers a range of options not currently available anywhere else in the world. It is potentially suitable for manual wheelchair users who can self-transfer and operate hand controls.

Dr Richard Roxburgh, Auckland neurologist and Medical Adviser to the Muscular Dystrophy Association says, "For many of my patients Rex represents the first time they've been able to stand up and walk for years. There are obvious immediate benefits in terms of mobility, improved social interaction and self-image. There are also likely to be major long term health and quality of life benefits through reducing the complications of being in a wheelchair all the time. I think that this will also enable people to stay well longer; this means that those who have conditions where disease modifying treatments are coming over the next five to ten years, will be in better shape when those treatments finally arrive."

Each Rex is built on-site at the Rex Bionics' Auckland plant. It has been designed to be practical, lightweight, portable, safe and simple to use and sufficiently powered for a typical day of use.

Potential customers must complete a medical appraisal including checks with their own physician to ensure their general health and suitability before they can begin the process of fitting and training. This process typically takes around two weeks with Rex Bionics' team of technicians, based at the Rex Center in Auckland.

Rex has undergone thorough testing during its seven year development including engineering validation and clinical trials, with the approval of the New Zealand Ethics Committee, in conjunction with disability and rehabilitation advisers.

Rex is expected to cost about US$150,000. The decision to purchase Rex will be a very individual assessment of what Rex allows you to do. The benefits can be social, for the work place, for home and health related.

Rex will soon be available for purchase in New Zealand, where the price will be a bit lower since it will be easier to supply and support close to the company's home base on Auckland's North Shore.

CEO of Rex Bionics, Jenny Morel, says they expect to conclude internal testing of Rex shortly and will then have a preliminary release in Auckland to allow the company to track what happens when people take Rex home. Sales are expected to commence in New Zealand by the end of 2010 and elsewhere in the world by the middle of 2011. Rex has been developed with the support of TechNZ and venture capital company, No 8 Ventures.

Rex Bionics Limited is an Auckland based company that was started to develop a robotic that would enable people in wheelchairs to walk. Rex Bionics is committed to providing practical solutions to the every-day barriers encountered by people with mobility impairment. More about Rex Bionics is available on the company's website, www.rexbionics.com/Rex-Bionics.aspx


This quality-reviewed publication pertaining to our Assistive Technology section was selected for circulation by the editors of Disabled World due to its likely interest to our disability community readers. Though the content may have been edited for style, clarity, or length, the article "Exoskeleton Robotic Legs Provide New Option for Wheelchair Users" was originally written by Rex Bionics, and submitted for publishing on 2010/08/24 (Edit Update: 2018/06/20). Should you require further information or clarification, Rex Bionics can be contacted at the rexbionics.com website. Disabled World makes no warranties or representations in connection therewith.

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Cite This Page (APA): Rex Bionics. (2010, August 24). Exoskeleton Robotic Legs Provide New Option for Wheelchair Users. Disabled World. Retrieved April 17, 2024 from www.disabled-world.com/assistivedevices/rex-bionics.php

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