The growing amount of vehicles on roadway is the key motivating the establishing of the road safety with comfort and undisturbed traffic flowing. Vehicular adhoc network is a trending wireless methodology that enable an unwired connection between the automobiles to have a highly secured driving with comfort. The vehicles connected wirelessly communicates with its nearby vehicle with the help of an on road circuitry and the mobile circuitry inside the automobile, sharing information either as caution preventing from unwanted fatalities or a guidance in travel. These automobile networks are crafted using the vehicles as their motile nodes and are instantaneously framed on the availability of the automobiles without the support of the ground stations may also be noted as flying wireless network due to their high motility. The conveyance between the vehicles is subjected to two strides. As a conveyance between automobile to automobile and the automobile to ground station. These wireless communication are to be pillared by the proper entrenchment of the message path to evade the unnecessary incidents. The prevailing methods of finding the path and to have formal delivery, suffers loss either by delaying incurred or the high bandwidth usage or reduced network life span with message losses. The proposed provides a well-engineered methodology to have enhanced reliable information sharing ensuring an infallible functioning with minimized delay, extended network lifespan, and an unfailing handing over to avoid the information losses provided with the optimized road safety and comfort. The proposed system is evaluated on the grounds of delay, network lifespan, and packet delivery ratio to confirm its well-ordered functioning when compared to the existing methods.

VANET Flying wireless network Routing protocol Packet delivery ratio Network lifetime and Delay