Foot is a part of the human body that has many functions. Complex foot anatomy that implies of more short bones of congestion, longer middle bones and toes, allow foot the ability to carry the weight of the whole body and the adaptation to different surfaces. Foot contains anatomical functional structures, which are the arch of the feet, muscles and tendons that together contribute to weight support, adjustment of the feet to various types of surfaces and the protection of structure that stretches inside the foot like nerves and blood vessels. Foot functions can be divided into basic function, dynamic and static functions. Some of the basic functions of the foot are: support of the body and carrying the weight of the whole body, shock absorcion that occurs when feet are in a contact with the ground, balance and transfer of force from body to base various activities. Walking and running are essential and necessary dynamic functions involving the activity of certain muscles, and incresed foot load with respect to dynamic conditions. Foot mobility is another aspect of dynamic foot function which is necessary for normal movement of the foot joints, and is also associated with incresed foot load in case of reduced mobility. Complex structure and important functions of the feet require careful assessment of the foot load, and take into account individual differences. When assesing physiotherapy evaluation, it is important to consider the type of walk that subject, or in this case the person has, and what are actually the effects of walking on the load of parts of the feet and the entire posture of the persons body. Physiotherapeutic evaluation is performed according to SOAP model which includes subjective and objective assessment and various measurements and tests. In recent times pedobarograhy and 3D technology is used to access foot load in static and dynamic enviroments. They find its use in physiotherapy and orthotic medicine containing certain advantages and disadvantages. Assessment foot loads in static and dynamic conditions supports the presentation of the study conducted within physiontheraphy students at Sveučilište Sjever in Varaždin using Pedoscan sensor technology.