Spinal cord injury can be caused by traumatic and non-traumatic (inflammation, tumor processes) factors, and injuries can be complete or incomplete.After damage to the spinal cord, a cascade of destructive processes occurs, which later manifests itself in various motor and sensory outbursts. Incomplete damage causes partial motor and sensory impairments. A secondary consequence of neuromotor outbursts is the appearance of spasticity in various muscle groups. One of the main goals of a patient with a spinal cord injury is the return of walking function. The sensorimotor deficit that occurs after an injury can manifest as paresis or plegia. In incomplete injuries, Lokomat can improve walking speed, muscle strength, range of motion and mobility. The Bobath concept is a neurofacilitation method used in the rehabilitation of patients with neurological deficits. The aim of this study is to investigate how spasticity affects walking speed and reducing the risk of falling in patients with spinal cord injury. Subjects will undergo neurofacilitation treatment in combination with a robotic device for the lower extremities. The conducted research showed that the combined treatment with the Bobath method and the Lokomat robotic device gives positive results in the rehabilitation of walking speed and the ability to maintain balance, resulting in the prevention of falls in patients with incomplete spinal cord injury. We can say that the combination of the mentioned methods had a positive impact on the reduction of spasticity, which resulted in an increase in walking speed, but due to the relatively small sample, the statistical significance of the results was not confirmed. The combined treatment with the Bobath method and the Lokomat did not show statistical significance, which would confirm that the reduction of spasticity of the lower extremities significantly affects the reduction of the risk of falling in a patient with an incomplete spinal cord injury.