hunova's sensorized robotic platform and seat precisely quantify a patient's balance, postural control, weight distribution, and movement capabilities. This provides objective data on key motor symptoms relevant to movement disorders, such as bradykinesia, rigidity, postural instability, and tremors affecting the trunk and lower limbs.

Based on the initial and ongoing assessments, hunova enables the delivery of tailored rehabilitation programs. Therapists can customize exercise parameters like range of motion, speed, resistance, and movement trajectories. The system can provide passive mobilization, active-assisted exercises, and challenging balance and coordination tasks, adapting to the patient's evolving abilities.

A crucial aspect of many movement disorders is the impairment of core stability and balance, leading to increased risk of falls. hunova offers specific exercises and protocols designed to strengthen core muscles, improve postural reflexes, and enhance balance control in both static and dynamic conditions.

The objective data captured by hunova allows for the precise tracking of even subtle changes in motor function over time. This is vital for monitoring disease progression, evaluating the effectiveness of interventions, and making timely adjustments to the rehabilitation plan.

hunova often incorporates engaging visual feedback and interactive exercises displayed on a screen. This gamified approach can increase patient motivation, adherence to therapy, and a better understanding of their progress through tangible scores and improvements.

The comprehensive reports generated by hunova provide clinicians with valuable, objective insights into a patient's functional status and response to therapy. This data supports more informed clinical decision-making, leading to optimized treatment strategies and improved patient outcomes.