The construction of the exoskeleton has been developed to fit the patient as much as possible, regardless of their body shape. The use of 3D printing technology in the project enables the personalization of some elements of the exoskeleton and adjusting them to human anatomy. This solution provides the patient with comfort during exercise.

The project aims to maximize the availability of the solution for the end user - the patient. The exoskeleton is to be as intuitive as possible, to give great opportunities to both the person undergoing the treatment and the physiotherapist, and also to have a price affordable for private individuals and medical offices. As a result, hospitals and specialized institutions will be able to equip their offices with many exoskeletons, which will enable effective rehabilitation of a larger number of people with disabilities of the lower limbs.

The exoskeleton was developed in two versions (for children and adults) and adapted to the changing human anatomy. Due to the modular structure, the exoskeleton can be adjusted to the height and weight of the patient, and can also evolve during their growth. During puberty, a child patient will have the opportunity to change the exoskeleton to a larger model, and rehabilitation will help them equalize the opportunities and better adapt to society.

Multidimensional system of rehabilitation consists of many cooperating devices. Thanks to them, the rehabilitation supports every aspect of human life - physiological, psychological, social and professional. In addition, the system was developed both for rehabilitation at home and for use at medical facilities.

People with lower limb disabilities have limited mobility, which excludes them from carrying out some activities. One of the solutions provided in this project is a virtual reality system, which not only makes the rehabilitation process of the youngest patients more attractive, but also increases the motivation to exercise.