Mobile Adhoc Networks (MANETs) provide special extemporary applications and services in a shorter time at anytime
and anywhere. In MANETs, nodes require well-organized cooperation among neighboring nodes for routing and other network
operations. The non-cooperative behavior of a mobile node causes a critical problem for routing and networking. The noncooperativeness
is due to its resource-constraints like battery power, non-centralized nodes, or malicious nodes. Only cooperative
nodes of the network can provide an effective routing path. To discover the cooperative nodes the present work develops the trust
and energy based ad hoc on demand distance vector (TE-AODV) routing. The trust value of intermediate nodes facilitates the
sophisticated cooperation. TE-AODV routing gives better results for residual energy, throughput, and routing overhead (RO)
than existing routing protocols. TE-AODV routing improves the remaining energy by 5‒8%, reduces RO by 8‒10%, and
performs 4‒8% faster than other protocols on detecting non-cooperative nodes.