Vehicular networks are a promising type of mobile networks that allow communication among vehicles, roadside structures, and the Internet. Many of the applications in VANETs requires the network capacity of catch up many vehicles; a task called data dissemination. In this way, this work shows a solution to data dissemination in vehicular ad hoc networks with a local approach, multi-hop and geo-oriented. Several methods found in the literature depart from the choice of the best retransmitter vehicles as a strategy for a better performance in the data dissemination. Most of the time, these strategies are based on communication between vehicles for the election of the relay vehicles. This decision causes an overhead that can be avoided. In this work, we propose an approach that is also concerned with finding the best retransmitters, however, establishing parameters for purely local decision making. Taking into account the simulations with low-density ranging to high densities the approach presents a good delivery rate, keeping the transmission rate low, ensuring an excellent performance to the network. The geo-oriented approach shows good results when we compare with those similar without overhead.