Joint mobility
Recovering ROM, measuring progress
Rehabilitation
Introduction
In the rehabilitative pathway, the recovery of range of motion (ROM) is one of the primary indicators of joint functionality and a fundamental prerequisite for the return to activity.
Joint mobility depends not only on the anatomical structure, but also on the elasticity of muscles, tendons and ligaments and neuromuscular control, all elements that an injury can significantly alter. Objectively monitoring ROM
allows following progress, guiding therapeutic progressions and identifying residual limitations that could compromise movement quality or increase relapse risk. Shoulder, hip and ankle are the joints most frequently involved in sports rehabilitation pathways.
GykoPro allows assessing ROM, speed and movement fluidity in any joint area, making every session measurable and every progress documentable.
Schematics and insights
Bibliography
[1] Tourillon, R., et al. "Restoring ankle dorsiflexion range of motion in athletes: an individualized clinical decision-making system." Front. Sports Act. Living 7 (2025): 1677383.
[2] Vagnini, A., et al. "Sufficient standardization? Evaluating the reliability of an inertial sensor (Beyond™) for ankle dorsiflexion." Sports 13.12 (2025): 447.
[3] Almansoof, H.S., Nuhmani, S., Muaidi, Q. "Role of ankle dorsiflexion in sports performance and injury risk: A narrative review." Electronic Journal of General Medicine 20.5 (2023).
Examples of configurations:
flexible and customizable
Recovering reactivity after an injury or in the presence of neurological deficits means working on the entire neuromuscular chain, from stimulus perception to motor response. Here are some proposals for progressively training and monitoring reaction times, combining cognitive stimuli and motor tasks.
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Configuration 1
Shoulder: mobility and control in overhead movement
Assessment of flexion, abduction and internal and external rotations to monitor recovery after rotator cuff
injuries, instability or surgery. GykoPro objectively measures angles, speed and symmetries, supporting progression from passive to active-resisted work and guiding return to overhead activities.
Configuration 2
Hip: mobility and pelvic stability
Tests of hip flexion, extension, abduction and rotations to assess recovery after muscle injuries, surgery or joint pathologies. Hip functionality is central to posture, pelvic stability and force transmission to the lower limbs. GykoPro monitors angles and movement fluidity, supporting progressive mobilisation protocols.
Configuration 3
Ankle: functional mobility and relapse prevention
Assessment of dorsiflexion, plantarflexion, inversion and eversion to monitor recovery after sprains, fractures or
surgery. Dorsiflexion is a key parameter for movement quality in running and jumping and for relapse prevention. GykoPro records ROM, speed and segmental control,
detecting asymmetries and guiding therapeutic progression.
Products suited for this field of application
GykoPro is a portable inertial system that measures ROM, speed and fluidity of movement in any joint. Easy to position on all body segments, it provides objective data to monitor progress, document the rehabilitative pathway and support evidence-based clinical decisions.
OUR COMPOSITE SYSTEMS
Rehab Lab
The Microgate portable laboratory offers a comprehensive solution to evaluate and support rehabilitation pathways and adapted motor activity. It integrates GYKO Pro for strength, balance and mobility, Optogait for the analysis of walking, running and functional movements, and WITTy SEM for agility exercises and cognitive stimuli. It enables real-time monitoring and immediate feedback, helping physical therapists and providers identify compensations, asymmetries, and weaknesses, guiding movement reprogramming and planning personalized and safe training programs.
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Real-time movement control
Turn every exercise into immediate and measurable feedback.
With ProMove and Microgate systems, you can monitor motor and biomechanical parameters in real time, analyzing data, asymmetries, and progress in a simple and intuitive way.
Configure personalized sessions for training, functional recovery, and neuromotor rehabilitation directly from your smartphone or tablet.
