Physical rehabilitation exercises to improve coordination
At Rehametrics, physiotherapists and other rehabilitation professionals have access to 30 exercises designed to improve coordination and motor rhythm, featuring gamified and eco-friendly environments, multiple levels of difficulty and customisation options.
- Stroke, acquired brain damage, neurodegenerative diseases and injuries to the CNS or PNS
- Gamified environments with immediate feedback on the accuracy and rhythm of movement
- Automatic session-by-session monitoring with quantitative data on motor performance
Motor skills rehabilitation using advanced technology
Physical rehabilitation exercises for coordination focus on the patient’s ability to organise and synchronise their movements in a precise, effective and context-appropriate manner. The patient does not simply move: they must also synchronise both limbs, adjust the speed and trajectory of their movements, respond accurately to visual cues and maintain a steady rhythm whilst performing motor tasks.
- 30 exercises designed to improve coordination and motor rhythm in gamified and eco-friendly environments.
- Automatic adjustment of the difficulty level in real time, based on the patient’s performance.
- Immediate visual feedback on the accuracy and pace of movement for each exercise.
What types of coordination are covered?
The objectives vary depending on the patient’s clinical profile and the stage of treatment. The difficulty level can be adjusted in real time according to the patient’s performance.
Examples of coordination rehabilitation exercises
Gamified and eco-friendly exercises that can be customised according to complexity, speed and the type of coordination required.
Bimanual Coordination
Simultaneous Coordination
Proprioception
Oculo-manual coordination
Dynamic Coordination
Lateral Displacements
Lateral Movements – Knee Flexion
Static Coordination
Alternating Coordination
+20
exercises
Objective monitoring of coordination rehabilitation
Rehametrics automatically records correct responses, errors and reaction times for each coordination exercise, along with the level of difficulty achieved. As it is a full-body motion capture system, it also automatically collects data on balance, base of support and range of motion during the exercise, without any manual intervention from the clinician. The difficulty is adjusted in real time according to the patient’s performance, and their progress is recorded attempt by attempt.
Each session is recorded as a 3D model of the movement, which can be replayed on demand. The practitioner can manually adjust the parameters as required, and all reports can be printed and exported.
Successes
Errors
Response time
Level of difficulty
Support base
Asymmetries
Centre of gravity
Range of motion
Benefits of the digital solution for coordination rehabilitation
Rehametrics helps to increase patient engagement and adherence throughout the rehabilitation process.
Easy customisation of treatment
Configure the complexity, pace and coordination objectives of each exercise to create sessions tailored to each patient’s needs. The platform facilitates gradual progression without the need to change equipment.
Greater motivation and adherence to treatment
Delivering treatment in a gamified virtual reality environment, with immediate feedback and automatic adjustment of the difficulty level, increases patient engagement during sessions and promotes adherence to long-term treatment programmes.
Objective monitoring and increasing the intensity of treatment
Sessions are automatically recorded with quantitative data. The practitioner can generate personalised clinical reports that facilitate communication within the therapeutic team and the ongoing adjustment of treatment.
Discover our virtual reality solution for physiotherapy and physical rehabilitation
Discover a digital solution for rehabilitation care featuring personalised therapeutic exercises and specialised clinical software
Frequently Asked Questions
Motor coordination is the ability to organise and synchronise body movements in a precise and efficient way to achieve a goal. In rehabilitation it is addressed when this capacity is disrupted by neurological damage, injury or a condition affecting motor control — because recovering it is essential for the patient to be able to perform everyday activities safely and independently.
Primarily people who have experienced stroke, traumatic brain injury, acquired brain injury, neurodegenerative conditions or central or peripheral nervous system lesions affecting the control and precision of movement. It is also indicated for paediatric patients with motor development difficulties.
Rehametrics enables work on visuomotor, bimanual, eye-hand and general dynamic coordination, as well as motor rhythm, movement precision and upper limb synchronisation. Exercises can be configured to prioritise one type of coordination over another according to the clinical objective.
Difficulty adjusts automatically based on performance: if the patient completes tasks consistently, the level of demand increases; if they have difficulty, it decreases to remain within a therapeutically optimal range. The clinician can also configure speed, movement complexity and other personalisation variables.
Rehametrics automatically records balance, gait, and joint-specific range of motion for the left and right sides, including heat maps showing angular distribution and left-right asymmetry indices. Every session is captured as a 3D movement model, while exercise difficulty adapts in real time based on the patient's performance. All reports can be printed or exported.
It enables immediate visual feedback on movement precision and rhythm, creates motivating environments with high stimulus variability and allows training intensity to be increased in a controlled way. This supports motor learning and treatment adherence compared with conventional therapy.
Yes. Rehametrics offers the option of working remotely with clinical team follow-up, enabling continuity of treatment outside the clinical setting.
This varies depending on the patient, the underlying condition and the intensity of treatment. The regularity of sessions and appropriate progression of difficulty are the most important factors in achieving functional improvements in motor coordination.
Yes. The exercises can be adapted for children (from age 4) with motor coordination development difficulties, adjusting the task type, speed and level of demand to the patient's profile.
No. The system is designed so that any clinical professional can configure sessions according to their therapeutic criteria and access monitoring data intuitively, without the need for specialist technical training.