The availability of various web services and applications have been attracting a large number of internet users who also contribute to the production of a massive amount of accessible content. Although the share of the multimedia contents is considerable in this data pool, the search for the desired multimedia contents can still be a challenging task. One of the most frequent motivations of internet users seeking for still photographs or videos is to create a feeling of remote presence. These people need to put a significant effort into collecting different types of files, such as action videos, aerial scenes, and still photographs. When image and video files are geotagged (tagged with location data), they can be associated with maps. Current technologies allow us to determine and record information about camera position and orientation. In this thesis, it is aimed to solve problems related to the production and visualization of the location aware multimedia content. Our approach involves using available devices and custom-designed hardware for positioning via Global Positioning System sensors and Inertial Measurement Unit sensors to create query-ready multimedia content. Images and videos, along with location and orientation data, are organized in a database. The designed web application reorganizes the queried multimedia content using the relative location aware data, then creates animations to give guidance on a path for travelers. Therefore, visualization of the multimedia contents on the map according to the movement animation on the trip path also provides the remote presence experience along with the information about travel.