In Mobile Ad-hoc networks (MANETs), due to restricted power energy offering and frequent topology changes caused by node mobility, routing becomes a difficult problem. In this paper we have studied the varied techniques and algorithms to overcome these entire drawbacks. The network communication between a source and destination is generally in multi hop for which energy of the devices plays a vital role besides mobility. The process of routing in energy dependant networks needs to meet stability and sustainability throughout the communication period. Death of node due to energy exhausted in ad hoc network leads to the network partition and causes communication failure in the network. Simply, the link stability and flawless communication relies indirectly over the energy of the devices. Since energy is limited in wireless mobile ad-hoc networks, designing energy aware routing protocols has become a main issue. Routing protocols are responsible for ensuring energy efficient path discovery and attempts to reduce energy consumption of the nodes, in the network. The analysis planned during this paper highlights this very specific drawback of energy consumption in MANETs. We propose a new multipath routing protocol called the FF-AOMDV routing protocol, which is a combination of Fitness Function and the AOMDV’s protocol and dragonfly topology.