Motek‘s M-Gait is a modular 3D instrumented dual-belt treadmill which can have various upgrades. This improves the functionality of your set-up and increases the clinical and research possibilities of your system.
The basic set up contains a 3D instrumented treadmill which measures ground reaction forces, centre of pressure and spatio-temporal parameters. The left and right treadmill belt speeds can be controlled separately, allowing a split-belt walking protocol and advanced gait research applications which can mimic tripping or slipping, provoked by sudden belt stops or accelerations. Treadmill perturbations can be used to study pathology specific responses, allowing for a more functional gait analysis.
The M-Gait is controlled by the flexible D-Flow software which provides real-time system control and an application development environment using visual programming.
The M-Gait is suitable for patients who require rehabilitation for neurological and neuromuscular conditions, orthopaedic disorders, the elderly, and those who are at an increased risk of falling. The M-Gait is also suitable for research purposes.
M-Gait Modular Upgrades
Virtual Reality (VR) Screen
Immerse and engage your patients with a range of virtual reality environments, games and applications.
Treadmill Pitch and Sway
Challenge your subjects with pitch and sway, which moves the dual-belt treadmill up and down to mimic, for example, walking over a hill.
Motion capture camera upgrades will accurately track and record all patient movement.
Testimonial: Liverpool John Moores University
“Our new toy is the M-Gait which is a split-belt treadmill with two force plates, in addition to our trusty CAREN platform. I appreciated the flexibility of how our existing hardware could be combined with the new kit.
Being still relatively new to the M-Gait, our PhD students are learning the systems hands-on. Most of the work is at a pilot stage but our roadmap includes prediction of joint loading from movement during gait, the effects of gait modifications in alkaptonuric osteoarthritis, registration of dynamic changes in muscle and tendon architecture with ultrasound during gait, etc. etc.
Our movable CAREN platform was the first one in the UK back in 2004 and while this was a privileged position, we always wanted to extend the scope of our work from posture and dynamic balance to gait and so a treadmill integrated with a real-time feedback system has always been on our list. The M-Gait gives exactly what we needed.”
Prof. Gabor Barton (MD PhD), Professor of Clinical Biomechanics, School of Sport and Exercise Sciences, Liverpool John Moores University
Other Motek Products
For research and clinical uses.
The Computer Assisted Rehabilitation Environment (CAREN) is a versatile, multi-sensory system used for clinical analysis, rehabilitation, evaluation and training of human movement, balance and gait.
The C-Mill is an augmented and virtual reality instrumented single belt treadmill, used for the evaluation and training of impaired gait and balance.
DynSTABLE & STABLE
These products are a clinical solution for assessment and training of impaired balance and stability. Both use virtual reality, and the DynSTABLE features a force plate within a moving platform.
The GRAIL (Gait Realtime Analysis Interactive Lab) is a complete solution for gait analysis on 25m², and training in challenging conditions on a dual-belt instrumented treadmill with fast pitch and sway.
The HERO Solution, developed by Motek and in cooperation with Monitored Rehab Systems, is a 5-system solution for complete functional movement rehabilitation.
Smaller than the C-Mill, the N-Mill is a single belt treadmill with an optional force plate.
Including D-Flow, a control software suite which provides real-time data streams and users can easily create their own applications, and The Human Body Model for visualisations of muscle forces of the subject’s body on-screen.
The RYSEN is the next generation of 3D body weight support systems, assisting patients in an all-directional, assist as-needed capacity to improve movement function.