Due to the significant number of people with disabilities in the city of Tunja, especially the visual disabilities, and because of the low city's infrastructure, it is necessary to formulate proposals that help improve the quality of life of the population, in this case with the improvement of the accessibility in the transport for people with visual disability through a routes information system for the city public transport. Due to lack of public transport routes information, the population with visual disabilities avoids taking this mobility resources autonomously, which is why we designed and developed two devices that will support the mobility of the population in the different system routes. The first is a static element that can be controlled through tactile elements and can be anchored to a bus stop for public service. In this phase the device will provide information and act as a bus stop assistant through audiovisual means of seven routes that run through the race 12 with street 19 in the first stage. The second component is an information system of the bus location with its route through audiovisual means perceptible to the user. The device contains the information of about 56 strategic points that cover the seven routes selected and its configuration can be modified by the bus operator according to the route that is assigned to it. Due to the infrastructure of the system and the lack of stations or stops established in the city, the device is supported by a GPS for the location and search of the various strategic points of the route. The equipment generated is tested, to verify its operation in the city, in that section include tests to the GPS positioning system to verify the alert accuracy of the points established as stops along with the audiovisual information system.